historiikki kannet.indd 1 23.11.2004...

Historiikki kannet.indd 1 23.11.2004 14:15:41

A Decade of Activities 3

Table of Contents

Jorma Ollila The future challenges today’s know-how 5

Tero Ojanper ä Moving ahead with the boundless energy of a ten-year-old 6

Martti Häikiö A long road from innovations to standards and products 7

A Major Supporter of Information and Telecom Technology 11Nokia’s social responsibility as backround 11

University and industry interaction 11

Four grant categories 12

Scholarship application topics change with the times 12

Grant for researcher visits and educational materials 14

Nokia Foundation Awards target many areas 16

A Board of information and telecom technology experts 18

ScholarshipsTopi Mäenpää From computer vision developer to entrepreneur 13

Samuli Visuri Researcher studying multi-antenna systems 16

Heli Jantunen A woman of science and business 17

Chengyuan Peng Mobile communications and Future TV 19

Jarmo Takala An academic career in research 23

Eija-Liisa Kasesniemi From text message researcher to mobile communications expert 24

Seppo Virtanen Research of telecommunications systems 25

Visiting Fellow AwardLeon Chua Research discussions with many bright young researchers 14

Educational AwardTommi Mikkonen Practical need leads to a book for mobile programming 15

Nokia Foundation AwardArto Salomaa A master cryptologist ponders the theory of DNA computation 22

Nokia Foundation Awards 1995–2004 20

Foundation Grants 1995–2004 27

Board members of Nokia Foundation 1995–2004 44

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4 A Decade of Activities

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Reflection


Jorma Ollila

The future challengestoday’s know-howLooking back at Nokia Foundation’s ten years, two innovationsrise above the others during this period. In addition to the explo-sive growth of mobile communications, the Internet has revolu-tionized the way people communicate, acquire information,

and, increasingly, the way they buy and sell goods.

The growth of the Internet has furthered the evolution andexpansion of the 1997 Nokia Foundation Award recipient LinusTorvalds’ Linux operating system into a universal operatingsystem. Linux is a good example of a global, networked innova-tion and its effect on society. Linux’s open source is a centraloperating model also in the commercial software development

of the future.

Indeed, many of the innovations brought about by the Inter-net have been adopted with amazing speed. Online purchasesby Finns surpassed the one-billion-euro mark in 2002. It’s a grow-ing trend: This year the two-billion-mark is being chased. Themajority of Finns do their banking over the Internet even

though these services have been available only since 1998.

The convergence that is currently discussed so much marksthe merging of home, mobile, Internet, and technologies andbusiness models. A new branch of industry is emerging to chal-lenge the current way of operating. To consumers, who are atthe center of it all, technology should only show as a seamlessenabler of services, while the business models encourage the takeup of services. Which operating models and technologies will betriumphant is not yet clear. This situation holds a lot of potential

also for Finnish innovation, which the Foundation supports.In order for innovation cooperation to be possible, Finland

must have universities that can realistically compete with theworld’s leading educational facilities across different disciplines.To stay at the cutting edge of development, it is important forus to actively gravitate towards international research and de-velopment programs and networks. The real disruptions thatlead to genuine renewal are found in research that boldly pushes

the boundaries.

Nokia Foundation has characteristically shown this kind ofboldness and innovative pursuit of new areas and directionsby the awards it has handed out. I hope other players de-monstrate the same kind of curiosity and daring, as we togetherseek tomorrow’s successes. We need to push specialization,networking, and the development of our know-how to the next

level again and again.Each era has its visionaries who have questioned existing

ways of doing things and who have looked even further ahead.

The future challenges today’s know-how and requires us toalways look at things from a new perspective. Only by investingin the top know-how can we participate in buildingtomorrow’s innovations.

Jorma OllilaChairman and CEO, Nokia Corporation

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Reflection


Tero Ojanperä

Moving ahead withthe boundless energyof a ten-year-oldTen-year-olds are typically very active and still boldly curious,yet they are capable of cooperating and considering the rami-fications of their actions.

The same thing can be said of the Nokia Foundation as itapproaches the end of its tenth year. Since 1995 the Founda-tion has gradually established its position in the Finnish foun-dation arena with its specialty in supporting scientific re-search, education and innovations in information, telecom-munication, and data communication technology in Finland.Yet the Nokia Foundation still aspires to support new develop-

ment in its sector and expand its know-how.Nokia Foundation is best described by its continuous in-

teraction with industry and academia. Two factors foster thisconnection: The Nokia Foundation was established by NokiaOyj, and the majority of the Foundation’s board members rep-resent Finnish universities and colleges. As a result of fruitfulinteraction, students of the telecommunications sector havebecome interested in postgraduate studies. The number ofscholarship applications has steadily increased during thefirst years, climbing sharply at the turn of the millennium.

For Nokia, the Foundation has reinforced the creation of astrong information technology competence base in Finland.Supporting the visits of top experts to Finland and the foreignvisits of Finnish postgraduate students has contributed to this.All in all, the Nokia Foundation scholarships and Awards haveboosted the respect and profile of the information technologysector in Finland.

The Nokia Foundation has put special focus on supportingthe postgraduate studies of talented, young people regardlessof the discipline. Investing in talent is always worthwhile. Atthe turn of the millennium, the Foundation started awardingauthors of educational books for the IT sector.

When Juhani Kuusi, Jaakko Astola, Jorma Lammasniemi,Kaj G. Lindén, Yrjö Neuvo and Heikki Saikkonen convened atthe Nokia Foundation’s first board meeting on June 20, 1995,

could they envision the Foundation’s ultimate and influen-tial support in the sector of scientific development and edu-cational activities in Finland? This is what the Foundation istoday. A good place from which to move forward, to mirrorand envision the challenges of future know-how in Finlandand abroad.

Congratulations to the ten-year-old and may the next tenbe as energetic.

Tero Ojanperä

Chairman of the Board, Nokia Foundation

Senior Vice President and Head of Nokia Research Center

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Reflection


Martti Häikiö

Funders of research – whether an authority that fundsuniversities or a decision-maker allocating foundationscholarships – are perpetually faced with the question:How to know if the project seeking funding is really onthe brink of new information or innovation. To be able toassess the significance of the research, the decision-makermust be familiar with the characteristics of different typesof research and have a deeper understanding of the timeperspectives of major innovations.

Basic and applied research – or frontier researchThe first starting point for research funding is that basicresearch and applied research are different by nature.Today the buzz word is frontier research, which is usedin an effort to avoid the words basic and applied. Frontierresearch is trailblazing research. There must be a reason forconducting all research. But the reasons differ dependingthe phase of the research.

Applied research, i.e. research that aims for a definedgoal, is often supported through programs called “focusareas.” As such, it is believed that the area and even thekinds of results and applications that are hoped for andexpected are known. As focus areas, e.g. nanotechnologyor microtechnology doesn’t reveal anything about thetime span of the research.

In general, applied research is a matter of looking fora solution to a clearly known problem. However, the diffi-culty emerges from the fact that, for really new findings,sufficient advance knowledge of research results is al-ready impossible by definition: It isn’t new if it’s alreadyknown in advance. On the other hand, what often hap-pens is that when moving from basic research to applica-tion, new basic research emerges on the next level, until iteventually leads to a product.

Basic research aims specifically for totally new infor-mation. That’s why it is better to support talent, i.e. toweigh the previous demonstrations of researchers, thanto support content that seems promising.

The second starting point for research funding is thatdifferent institutions produce different research environ-

ments. Applied research and work group support is bettersuited to facilities that are organized into permanentwork communities. And support for basic research andindividuals is a more natural fit for independent founda-tions.

Nokia Research Center’s strategic research teamshave clear models, focus areas and programs accordingto which research is carried out. The Research Center’slaboratories, meanwhile, conduct more exploratory basicresearch. There is also strategic basic research, meaningbasic research in areas from which measurable benefits inone way or another are expected within a finite time.

Foundations supplement the organized research fieldby supporting risk-taking, the exploration of totally newpaths, and the development of innovations. The most im-portant contribution of foundations is often the extratime talented researchers need to develop ideas and tofollow new research paths that suddenly emerge. Wejust have to trust the intuition of a talented person.

A long road from innovationsto standards and products

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Time span of researchThe third starting point for research funding is to gaininsight into the time span required by different researchwork. On a very general level, it could be said that changesare overestimated in the short term, but underestimatedin the long term.

Five years from now life will probably be very muchlike it is today, but fifty years from now it will be totallydifferent. The rationale behind this is the observationthat in 1999 people lived essentially the same as they didin 2004, while in 1954 the world was totally different,lacking most of the revolutionizing inventions we nowtake for granted.

The significance of a long time span becomes evenclearer when examining the different phases of the in-dustrial revolution. The steam engine revolutionizedproduction and transportation in the early 1800s. Electri-city changed industry and the operating environment inthe early 1900s. In both cases, it took several decades beforethe full effect of the new technology created by both ofthe original inventions could be seen.

The main question of our time is to understand thenature of the ongoing, third industrial revolution. Wemust try to discern whether the momentum of the changeis just at the beginning and whether the scope is growingor diminishing.

In general, it takes at least five years for basic researchresults to materialize. Concrete products that can becommercialized often emerge some ten or twenty yearsafter the original inventions. And changing the entireoperating environment takes several decades.

The key is an intact and functioning information re-fining chain. This requires cooperation, networking andcommunication at all phases.

It is important that the history of the technology de-veloped and applied by Nokia is written with sufficientscope and detail. It could give the people carrying outand supporting today’s basic research and product deve-lopment a better understanding of the time spans of re-search and its role as the engine driving the evolving in-

dustry. The following examines a few examples impor-tant for the mobile telecommunications industry fromthe perspective of the research time span.

Antenna technology,speech coding, directional microphoneThe initial stimulus of wireless communications andantenna technology are found in basic research datingback to the late 1800s. Maxwell’s equations in 1865 (theyear Nokia was established!) and Hertz’s radio wave testsin 1887 created the foundation for understanding electro-magnetic radiation. The conventional dipole antenna isbased on further development of Maxwell’s theories.

The planar antennas used in mobile phones had beenaround for decades, but it took a long time before thescientific community developing them converged withmobile phone manufacturers. The first attempt wasmade in 1985 when developing the Mobira Citymanhandheld phone, but the new technology didn’t catch on.Development work was restarted in 1996 and the firstmobile phones equipped with a built-in antenna appearedon the markets a few years later.

Practical testing of data transfer was done in Finlandback in the early 1960s, but a commercial breakthroughwouldn’t be seen for two decades; in the 1990s it becameone of society’s most important basic structures.

The mathematical modeling behind speech codingstarted in the 1970s. Signal processing progressed on itsown paths and the signal processors enabling real-timeoperations evolved. The shift from analog to digital phonesystems fuelled the standardization work, in which Nokiahas been a frontrunner.

A third example is the directional microphone. Therequired fundamental know-how emerged through Nokia-funded research conducted at the Tampere University ofTechnology around 1990. Microphone arrays and the formingof the directional pattern by combining the informationobtained from more than one microphone with the DSP

algorithm has been a target of research at Nokia ResearchCenter continuously since 1996. Over the years, the research

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has advanced from basic research to product develop-ment, and a commercial application is probably possiblein the near future.

BluetoothBluetooth creates a wireless connection via radio link tovarious devices within a 10-meter range and allows theuser more freedom of mobility. Bluetooth’s roots at Nokiadate back about ten years.

Research on the topic started in Salo under the nameof Low Power RF, with the goal being an RF technology-based wireless connection as an alternative to infrared.In 1996 a product development project was launched,and the first demonstration was presented the followingyear. Upon discovery that Intel and Ericsson were devel-oping similar technology, forces were joined and thename Bluetooth was launched in 1997. Two years later,with several companies involved in the developmentwork, version 1.0 was deployed. The first Nokia productwith Bluetooth functionality (the Nokia 6310) saw itsmarket launch a couple of years later, i.e. some six yearsafter the product development project had started.

It may very well be that we are just now at thethreshold of Bluetooth technology becoming more widespread. At the moment there are more than 2 000 compa-nies in the consortium.

Polyphonic ring tonesThe Nokia melody was first designed to function as asimple beeping, which was used in mobile phones someten years ago. The support for monophonic melodiesenabled the creation of simple ring tone melodies. Pro-ducing more musical ring tones required numeroustechnological changes. Polyphonic music utilizes a widefrequency band and requires better sound reproduction.The traditional sound production with buzzer technology

had to be replaced with more expensive loudspeakertechnology.

The next breakthrough in the ring tone area was theMIDI (Musical Instruments Digital Interface) standard,which has been used in synthesizers since the early1980s. MIDI enabled realistic polyphonic sounds thatreplicate several notes at once. The music technologyindustry and communications industry (3GPP) standard-ization organizations reached a consensus on supportingthe SP-MIDI standard.

SP-MIDI’s commercial significance lies in the standard’sinteroperability, which utilizes scalability. Two differentdevices can share SP-MIDI content even if their polyphonyis at different levels. The musical scalability hierarchy isdefined by the composer as part of the composing work.Nokia was the first to enter the market with a productsupporting the SP-MIDI specification: The Nokia 3510 waslaunched in May 2002.

Today SP-MIDI is the most widely supported polyphonicring tone format on the market. The Mobile DLS andMobile XMF standards, adopted in 2004, support a widerspectrum of musical instruments, voices, and sound effects.

Martti Häikiö

Docent Martti Häikiö has written the history of Datatie Oy,

Radiolinja Oy, and Nokia Oyj (2001), an abridged version of

which has been published in English, Swedish, and Chinese.

He is currently documenting the history of Alko Oy.

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A Dec ade of Activities

A major supporter ofinformation and telecom technology

Nokia’s social responsibility as backgroundWhen Nokia Board of Directors decided at the share-

holders’ meeting in March 1995 to establish the Nokia

Foundation, the decision was based on the need to sup-

port the scientific research, education and innovations of

information, telecommunication and data communication

technology in Finland.

The idea to establish the Nokia Foundation had gradually

matured inside Nokia. It was sparked by the numerous

sponsorship requests received from universities and student

associations to which Nokia wanted to respond favorably.

Nokia also wanted to profile its own sector’s expertise

through the Foundation.

“When establishing the Foundation, the aim was to create

clear, socially orthodox frameworks to support students

and researchers and to publicly advocate social responsi-

bility,” says Juhani Kuusi, Chairman of the Nokia Foun-

dation from 1995–2003.

By establishing the Foundation, the aim was to ensure

that Nokia would use the often limited resources of uni-

versities in a socially sustainable way and support the

operations of universities by giving scholarships, describe

Simo Luiro and Markku Ranta, Nokia Foundation re-

presentatives from 1995–2000. The Foundation also

offered a suitable framework for researcher support rath-

er than the allocation of individual scholarships.

University and industry interactionFrom its establishment the Foundation aimed to take

into consideration the various issues related to student

life and research education. It was advantageous to Nokia

Foundation’s activities that, right from the start, the

Chairman, the board members and the representatives

of the Nokia Foundation had personal experience with

the university and research world. Similarly, it was un-

derstood that even though the use of the scholarships

was often very practical, it was important for the scholar-

ship recipients to receive recognition from a major,

world-class company for the research they had already

done or would do.

The newly created Foundation wanted to encourage

high-level, trail-blazing research and the fast track to

theses completion at a young age, but the few applicants

that did apply in the first rounds had set modest goals.

Establishing research educational facilities under the

Ministry of Education changed the situation and offered

a clear opportunity to continue research and to engage

in postgraduate, university studies.

“Within a few years, the interest in postgraduate studies

increased. The interest in basic telecommunications re-

search had grown as a direct result of our contribution,”

notes Yrjö Neuvo, Senior Vice President, Technology

Advisor of Nokia, and a Nokia Foundation board member.

Vice Rector, Professor Markku Kivikoski at the Tampere

University of Technology attributes the growing number

of applications to the higher profile of the Foundation.

1995–2004

continues

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“When information spreads, there are more applications

received and, coincidentally, the quality of the applica-

tions rises,” assesses Kivikoski, a Nokia Foundation board

member from 2000–2002.

Four grant categoriesIn 1995, the Nokia Foundation’s first year of operation,

the Board of Foundation decided to allocate three differ-

ent grants. The Nokia Scholarship, Nokia Visiting Fellow,

and Nokia Team award formed a working basis also for

the types of grants that followed in the years to come.

Researchers aspiring to defend their doctoral theses are

the most important for the Foundation’s operations. In

terms of money and numbers, the majority of the grants

are Nokia Scholarships awarded to this end. Initially, the

goal of the scholarships was to support postgraduate

students, particularly the younger ones. It was intended

for full-time postgraduate study, and awarded for up to

the duration of two years.

In 2004, the Foundation had four categories of grants:

Nokia Visiting Fellow, Nokia Visiting Researcher, Nokia

Educational Award and Nokia Scholarship.

Nokia Visiting Fellow scholarships are granted to distin-

guished foreign professors or experts visiting and work-

ing in Finland, or respectively to Finnish meritorious pro-

fessors or experts to work at a respected foreign univer-

sity.

The objective of the Nokia Visiting Researcher scholar-

ship is to support the formation of new collaborative re-

lationships and stronger research coalitions by promo-

ting research exchange programs. The scholarship is li-

mited to newly graduated researchers.

The purpose of the Nokia Educational Award is to sup-

port the development of education in information or tele-

communications technology or the sectors pivotally sup-

porting them. The Nokia Educational Award can also be

granted as recognition for work already completed.

Nokia Scholarships are granted for postgraduate studies

in Finland or abroad to individuals pursuing a doctoral

degree in information or telecommunications technology

or in areas supporting the development of these branches

of science.

Scholarship applicationtopics change with the timesThere was a big jump in the number of applications re-

ceived by the Foundation after the turn of the millen-

nium. By 2005, the Foundation had awarded its basic

scholarship, the Nokia Scholarship, almost 500 times.

The number of scholarships granted has followed the in-

creasing number of scholarship applications received. An

average of nearly one-third of the scholarship applica-

tions lead to a favorable decision.

Most of the topics receiving a grant during recent years

have been related to multimedia method and application

development, software development, and the develop-

ment of radio frequency electronics. After the establish-

ment of the Foundation, most of the topics in the mid

1990s were directly related to the development of com-

puting efficiency, the development of mobile phones,

and the development of network hardware and circuits,

i.e. to developments that are visible in the information

technology of existing products.

During the Foundation’s early years, there was a prevailing

assumption in universities and colleges that a scholar-

ship application had to be somehow connected to

Nokia’s mobile phones or networks. During the past ten

years, the Nokia Foundation has boldly and broadmindedly

awarded scholarships also to promising researchers, whose

work only slightly touches upon technology.

continues

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Schol arships


Topi Mäenpää

Topi Mäenpää is an entrepreneur whose company is stillgoing through its interesting early phases. Intopii Oy willemploy four people this autumn, and the company hashuge growth expectations. Mäenpää’s company providesexpertise, product development, and research services incomputer vision and signal processing methods to othercompanies.

Mäenpää researched computer vision as a student at theUniversity of Oulu. The topic of his academic dissertation,which he completed in 2003, was “The local binary patternapproach to texture analysis – extensions and applications.”

“I’ve been working on developing a computer visionmethod that can significantly improve the analysis accu-racy and speed of industrial quality-control applications.The method analyzes the surface structure present in adigital image to facilitate the identification of defects, theclassification of materials into different quality catego-ries, and, for instance, to automatically search for speci-fic areas, such as forests from aerial photos,” the Oulunative explains.

Mäenpää’s computer vision method differs from thosepreviously presented in that it tolerates uneven andvarying illumination as well as changes in the positioningand scale of the targets to be analyzed. Mäenpää receiveda Nokia Scholarship for his thesis in 2002.

According to Mäenpää, computer vision is starting tomake a breakthrough in industrial use, especially in qualitycontrol. “The goal of the thesis research was to develop amethod that is scientifically recognized as well as practicaland functional, a method that can be applied directly,e.g. in industrial quality control. I think this has beenvery successful.”

Intopii and Mäenpää aim to commercialize a computervision-based product during this year. “Work is beingdone all the time. Our longer-term goal is to build Intopiiinto a respected commercial research center,” Mäenpääpaints the future.

From computer visiondeveloper to entrepreneur

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“In the future, the Foundation must continue to support

the postgraduate studies and research of talented young

people, regardless of the discipline. Rewarding talent is

always worthwhile,” points out Tero Ojanperä, Head of

Nokia Research Center and Chairman of the Nokia Foun-

dation since 2004.

Grant for researcher visitsand educational materialsRight from the start, the support of researcher exchange

and researcher cooperation in the area of information,

telecom and data communications technology has been

integral to the Foundation’s operations. Researcher visits

to and from Finland have been seen as a concrete, inter-

national activity that has contributed to the develop-

ment of longer term collaborative relationships among

universities.

“International research cooperation is important in the

researcher circles because it is essential to collect new

ideas from any given branch from all around the world,”

notes Yrjö Neuvo. The Foundation’s role is clearly two-

fold: On one hand, it offers broad support for researcher

education, and, on the other hand, it promotes the transfer

and development of leading expertise through researcher

visits.

The Foundation has granted its Educational Award since

2000. Some of the awards have been granted to work

groups, by 2005 the Foundation had granted 50 educa-

tional awards. “The goal has been to support relevant

educational materials for differ-ent levels of education,”

explains Juhani Kuusi.

Leon Chua, Professor and Director of Nonlinear ElectronicsLaboratory in Berkeley, the U.S. visited Finland in 2002–2003.“My main objective for visiting Finland was to stimulateresearch on cellular nonlinear networks (CNN) with theresearch group under professors Veikko Porra and KariHalonen. I believed that the expertise from this groupcould be exploited to design a universal CNN cell.”

Research discussionswith many brightyoung researchers

Visiting Fellow Award

Leon Chua

continues

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Puheenvuoro


“The Nokia Foundation scholarship was a really greatsurprise. It’s nice that even this kind of ‘shoveling work’can be rewarded,” reflects Professor Tommi Mikkonen,head of the laboratory at the Tampere University ofTechnology, Institute of Software Systems, about the NokiaEducational Award he received in 2003.

Mikkonen’s mobile programming book was created outof a practical need. When teaching mobile programmingfor the first time, the only materials available weretransparencies, and when reviewing exams he becameconvinced of the need to find better teaching materials.During the second year, Mikkonen created a handout, butthe theses and their references remained problematic.“I thought it would be reasonable to offer students theopportunity to reference a real book, so I decided toagain improve the material and to aim for a book.”

Now Mikkonen’s book is used by students at the TampereUniversity of Technology, the University of Tampere, andthe Universities in Turku, Helsinki, and Oulu. The mobileprogramming course has been conveyed to several differ-ent educational institutions since 2002.

Why has the basic literature on mobile programmingbeen so limited? Mikkonen thinks mobile programming

Chua’s theme is to use CNN as a unifying paradigm for ex-plaining many phenomena from complexity theory.“The fundamental concept of local activity which I devel-oped recently is used as a powerful quantitative tool forunderstanding complexity, as well as predicting quantita-tively the parameter space where brain-like informationprocessing and complex phenomena are possible.”

During his stay in Finland Chua gave intensive courseson cellular neural networks and their application innonlinear information processing, synergetic, self-organ-ized systems and complexity. He also presented severallectures at various conferences and research institutionsand presented a state-of-the-art lecture at Nokia.

Leon Chua has been with University of California, Berke-ley since 1970 and has received many international prizesduring his long career. He was awarded seven U.S. patentsand eight honorary doctorates from major European uni-versities and Japan. Chua is also a recipient of the “top 15

cited authors in engineering” award in 2002, chosen fromthe Current Contents (ISI) database of all cited papers inthe engineering disciplines in the citation index from1991 to October 2001, from all branches of engineering.He was elected a foreign member of the European Academyof Sciences (Academia Europea) in 1997. In 2002 LeonChua was awarded Nokia Visiting Fellow Award.

Educ ational Award

Practical need leads to a book for mobile programming

has become some kind of intermediate form that incorpo-rates terminal programming and embedded system pro-gramming. “Terminal programming needs high producti-vity, modifiability, scalability, flexibility, and reusability;embedded system programming needs reliability and theconsideration of the potentially low resources of theequipment.” For his next book, Mikkonen is thinking aboutco-authoring a Finnish-language publication about soft-ware architectures with Professor Kai Koskimies.

Tommi Mikkonen

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According to Kuusi, it is important particularly in the rapid-

ly evolving areas that educational materials correspond

with the cutting edge of development and that the ma-

terials are available to meet the needs of students at differ-

ent levels and are also in the Finnish language.

The awarded educational books are often basic text-

books for the areas that the Foundation supports. “Without

exception, the books awarded by the Foundation are serious,

topical textbooks that are actually used at various levels

in academic institutions,” says Erkki Oja, Professor at the

Helsinki University of Technology and a member of the

Board of Nokia Foundation from 1999–2001.

The topics of the awarded books range from software

engineering, data processing technology and telecom-

munications technology to physics books for enginee-

ring and a book about a practice firm project. “The fact

that the Foundation awards educational books, I think is

a clear reflection of its risk-taking capacity. You can always

hear afterwards whether this kind of award on educational

book was a success or a failure”, Markku Kivikoski descri-

bes.

Nokia Foundation Awards target many areasThe Nokia Foundation's most visible event of the year is

its annual ceremony in which the recipient of the Nokia

Foundation Award is announced. The recipient of the Nokia

Foundation Award receives a lot of recognition in the

Finnish media.

The Nokia Foundation Award recipient is recognized for

elevating a socially important theme to public discussion

or for contributing to an emerging technology issue.

Samuli Visuri’s path from a fresh high-school graduate toa research scientist has taken him from Muhos to Zurichand Helsinki with various stops along the way. The jour-ney started in North Ostrobothnia’s Muhos, where Visurilived until graduating from high school. His path thentook him to the neighboring city to attend the Universityof Oulu, Department of Mathematical Sciences, then on toTampere, and finally to Helsinki, where Visuri completedhis Doctor of Technology degree. He became a visitingresearcher at Institute Eurecom in Sophia-Antipolis, France,

Schol arships

Samuli Visuri

Researcher studyingmulti-antenna systems

continues

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Schol arships


Heli Jantunen

and then during the year 2003 he was at the Swiss Fede-ral Institute of Technology Zurich. He joined Nokia Re-search Center Helsinki in spring 2004.

Visuri received 4-year funding for his thesis on signalprocessing from GETA, the Graduate School of Electronics,Telecommunications and Automation. In his thesis, Visuripresented new methods for array and multichannel sig-nal processing under non-Gaussian noise assumptions.

Visuri was awarded a Nokia Visiting Researcher scholar-ship twice and once received a Nokia Scholarship for histhesis work. “For me personally, the scholarships have

“I wanted my thesis to demonstrate that we are not yetat the end of the road. When we conduct real researchwe create increasingly better materials for use in tele-communications technology. Telecommunications tech-nology has unique requirements and it requires its ownmaterials compared to electronics,” emphasizes HeliJantunen, acting Professor and a GETA (Graduate Schoolof Electronics, Telecommunications and Automation)postdoc at the Microelectronics and Material PhysicsLaboratory at the University of Oulu.

Jantunen completed the awarded thesis “A novel LowTemperature Co-firing Ceramic (LTCC) material for tele-communication devices” in 2001, less than three yearsafter undertaking the work. Jantunen came up with thetopic for her thesis after selling her company Verdera. “I hadgiven a lot of thought to the topic because it is somethingthat really interested me. It had, and still has, such greatpotential. But I’m sure that somewhere around the worldsomeone has already come up with a better LTCC material,and I guess that’s how it should be: the world goes on.”She received a Nokia Scholarship for her thesis in 2000.

The University of Oulu’s Microelectronics and MaterialPhysics Laboratory is recognized globally for its high-quality research in the area of telecommunicationstechnology and materials. Until the end of 2004, Heli

funded a significant portion of my foreign visits. Scholar-ships also act as incentives. Being awarded a scholarshipis always a nice recognition for work performed.”

At Institute Eurecom in France, Visuri was a visiting rese-archer focusing on signal processing for multi-antennasystems. In the telecommunications technology laboratoryat the Swiss Federal Institute of Technology in Zurich,Visuri worked with multi-antenna system signal proces-sing methods and their theoretical performance. “Multi-antenna technologies will have a significant role in thefourth generation wireless communications systems;and that is what I am currently working on at NokiaResearch Center.”

A woman ofscience and business

Jantunen’s team is working in the EU-funded MELODY(Microwave Electronics with Tunable Dielectric Layers)project, which aims to develop components with radiofrequencies that can be tuned by adjusting their electric field.

Credited with dozens of patents, Jantunen is a materialresearcher by education, but her industrial backgroundgives her great knowledge also about wireless data trans-mission and components production. Verdera, the com-pany established by Jantunen, produced ceramic filters fortelecommunications technology, primarily for PMR devices.

Historiikki s3-46 22.11.2004, 07:5117


“The Nokia Foundation Award is offered in recognition of

an activity with exceptionally far-reaching effects in infor-

mation, telecom and data communications education,

research, and development, entrepreneurialism, or admin-

istration, or for a momentous, pioneering breakthrough

in a specific area,” Juhani Kuusi specifies.

A Board of information andtelecom technology expertsThe assembly of the Board of Nokia Foundation has been

defined so that at least half of the members must be in-

formation or telecommunication technology experts

from universities, colleges, or equivalent institutions.

These members have represented Finland’s biggest uni-

versities and colleges with information and telecom

technology faculties. Almost every year, the Board of Nokia

Foundation has had representatives from the Helsinki

University of Technology, the Tampere University of

Technology, and the University of Oulu. Representatives

also from the University of Turku, the Åbo Akademi, and

the VTT Technical Research Center of Finland have partici-

pated in the board’s work.

The Board of Nokia Foundation and its Chairman are

elected for one-year terms, and they are elected by Nokia

Board of Directors based on the proposal of the Nokia

Group Executive Board. From 1995–2003, the Chairman of

the Foundation was Senior Vice President and Head of

Nokia Research Center Juhani Kuusi. Since the beginning

of 2004, the Foundation has been headed by Tero Ojan-

perä, Senior Vice President and Head of Nokia Research

Center. The Secretary General is handling the Foundation’s

practical matters: taking care of the scholarship applica-

tions and implementation of the Board’s decisions.

The Foundation set out on a principle of keeping opera-

ting expenses at a minimum, so it doesn’t have paid

employees. The aim has always been to use virtually all

the interest of the capital on the annual scholarships and

awards.

During the years, the Nokia Foundation’s ceremony has

become an important meeting place for the scientific

community and business leaders. The ceremony is held

at the end of the year in November–December. For many

people, it is the culmination of an entire year’s work, be-

cause that is when Nokia Foundation Award recipient

and the scholarship recipients are announced.

Historiikki s3-46 22.11.2004, 07:5118

Schol arships


Research Scientist Chengyuan Peng enjoys her work andher workplace at the Helsinki University of Technology.The topic of the thesis she completed in 2002 for HUT’sTelecommunications Software and Multimedia Laboratorywas digital TV applications, and now Peng is involved inthe Brocom project, which aims to develop future solu-tions for mobile communication needs.

Brocom is a joint project between HUT and several Fin-nish companies as well as an extension of Peng’s FutureTV research project, which received a Nokia Foundationgrant at the turn of the millennium. The Future TV pro-ject, funded by Tekes (the National Technology Agency ofFinland) and major Finnish TV, telecommunications anddigital media companies, explored the compatibility ofdigital TV and interactive multimedia services.

In her thesis research, Peng examined the developmentof digital TV interactivity. The objective of the study aimedat establishing a set of computing methods using Javaand XML technology for future set-top box interactiveservices.

After seven years in Finland, Peng is accustomed to theFinnish lifestyle. Peng previously worked in China with

Chengyuan Peng

Mobile communicationsand Future TV

subtitling programs for TV. She majored in mathematicsand computer science and graduated from Jilin Universityin northern China. “We don’t have specific plans aboutstaying in Finland. But right now I want to do more workand research. The Nokia Foundation Scholarship madethe daily practicalities a lot easier, and being a recipientbrought recognition to my work and the research.”

Historiikki s3-46 22.11.2004, 07:5119


Nokia Foundation Awards


1997 LINUS TORVALDS

Linux operating system creator Linus Torvalds (1969–) is one of

the most famous Finns in the world. Torvalds created Linuxwhen he was a 21-year-old student in 1991. Since then, the

Linux open source code has been developed around the world.

In selecting the recipient of the third award in the NokiaFoundation’s history, the Foundation emphasized Linus Tor-

valds’ excellent achievements in information and telecommu-

nications technology and especially his inspiring example foryoung researchers in the sector. In explaining its selection

criteria in 1997, the Foundation noted: “Linus Torvalds’ achieve-

ments demonstrate that with determination a talented personcan make it to the top – even with minimal assistance – in one

of the most competitive areas both technologically and com-mercially. His example is apt to encourage young researchers to

tackle challenging projects, and to aspire to get the results put

into practical applications.”

1998 ARTO SALOMAA

Academician Arto Salomaa (1934–) has served as Professor ofMathematics at the University of Turku, Academy Professor at the

Academy of Finland, and as a visiting lecturer at several foreign

universities. He is a distinguished and active developer and re-searcher of fields that have had a profound impact on the

evolution of computer sciences.

He has authored several respected scientific materials and haswritten and edited hundreds of scientific articles. Arto Salomaa’s

works have been translated into several languages and he has

received many honorary awards and distinctions during hiscareer. His scientific achievements and organizational skills are

highly recognized in the international science community. He

was awarded the title of Academician in 2001.

For Professor Arto Salomaa, the Nokia Foundation Award was

in recognition of his groundbreaking work in the developmentof Finnish education, research and applications in the field of

theoretical information technology and cryptology. “Arto Salo-

maa can be considered a national master in cryptology whosework has significantly increased the Finnish internationally re-

cognized competence in the field.”

1995 LAURI KUOKKANEN

Engineer Lauri Kuokkanen (1931–) has established five electro-

nics industry-subcontracting companies and piloted them suc-cessfully. The companies started by Kuokkanen in 1995 employed

close to 1 500 employees, mainly in the Oulu region. One of

Lauri Kuokkanen’s inventions is duplex filter technology, whichenabled simultaneous transmission and reception of voice

communications in the first mobile phones.

The Nokia Foundation’s first award was granted to EngineerLauri Kuokkanen for his pioneering work in the development of

radiotelephones. “The companies established by Kuokkanen

have successfully developed world-class components thatapply the in-depth theoretical understanding of the discipline,”

the Nokia Foundation reasoned in 1995.

1996 PEKKA TARJANNE

Former Secretary-General of the International Telecommunica-tions Union (ITU) Dr Pekka Tarjanne (1937–) played a central role

in the conversion of Posts and Telecommunications of Finland

as a whole into a commercial company when he held the posi-tion of Director-General of Posts and Telecommunications in

1977–89. As Secretary-General of the ITU in 1989–1999, he made

a significant contribution to the development of global tele-communications. After obtaining a Ph.D. from the Helsinki Uni-

versity of Technology, he engaged in research and teaching

work in Denmark, the United States and at universities in Ouluand Helsinki, Finland. Tarjanne’s merits include his notable

political career through which he has also significantly influenced

the telecommunications industry.

The Nokia Foundation Award was granted to Pekka Tarjanne

for his contribution to the deregulation of telecommunications

in Finland and for his distinguished research work and teach-ing at Finnish universities.

1995–2004

The Nokia Foundation Awards are given as recognition for outstanding contributions

in research, education and innovations.

Historiikki s3-46 18.11.2004, 06:4620



1999 KULLERVO NIEMINEN

Mathematics educator Kullervo Nieminen (1942–) paid special

attention to the training opportunities for mathematicallygifted students and funded the Päivölä folk high school, a board-

ing school in Valkeakoski, Finland. The Päivölä School has a

special focus in teaching science and information technology.During their studies the students are often engaged in practi-

cal training at the Nokia Research Center in the so-called pro-

ject Toijala. The school’s students have achieved good successin national and international math and physics competitions.

The first students graduated from the Toijala project in 1999.

The Foundation granted the award to Kullervo Nieminen “for

his multifunctional and successful work in the development of

math education.”

2000 OSMO A. WIIO

Emeritus Professor Osmo A. Wiio (1928–) is an internationallyrecognized researcher of communications. Among his topics of

research are the readability of texts, organizational communi-

cations, and general theories of communication. In addition toa noteworthy academic career, Osmo A. Wiio has written seve-

ral books, articles, TV and radio programs on technology, the

society of the future, and politics. He was a Member of Parlia-ment from 1975–1979.

Osmo A. Wiio received the Nokia Foundation Award for hismany years of inspiring and successful publishing work boost-

ing the level and interest in Finnish radio and telecommunica-

tions technology. His works and writings have significantlyexpedited the hobby of radio technology in Finland and,

through it, also the industry.

2001 ILKKA HAIKALA

Professor at the Software Systems Laboratory, Tampere Univer-

sity of Technology, Ilkka Haikala (1952–) has advised hundredsof theses, written some of the most important text books in

software production, and trained a wide variety of software

project managers in Finland.

The Foundation’s justifications for choosing the recipient of its

award: “Professor Ilkka Haikala’s inspiring educational and re-

search activities in software technology, an area of critical im-portance for our industry and our entire economy, have been

unusually extensive and successful. Not only has he been the

advisor to 450 theses, but he has been a proliferate producer ofeducational materials for the sector and has widely promoted

software technology research and seminar activities, which

has had a major impact on the development and transfer ofknowledge and technology in the sector.”

1995–2004

2002 VEIKKO RINTAMÄKI

Epec Oy of Seinäjoki, Finland, was established in 1978 by Veikko

Rintamäki, M.Sc. and Chairman of the Board. In addition todeveloping control systems for machinery, the company de-

signs and manufactures in-house the electronic, program-

mable basic components or modules required for these controlsystems. In cooperation with customers, the modules are devel-

oped for control systems to be installed in customer machines.

As a producer of more than a thousand different electronicdevices, Epec’s products range from feeding systems for large-

scale pig farms to intelligent control systems for forest machines.

The Foundation granted its award to Veikko Rintamäki for the

persevering and successful development of business opera-

tions that are based on a diverse and renewable application ofknowledge and expertise in the IT sector.

2003 GEORGE METAKIDES

Professor George Metakides (1945–) was awarded the Nokia

Foundation annual award in the year 2003 for his merits in

advancing information technology research, development andinternational cooperation in Europe and in Finland.

Professor Metakides received his Ph.D. in Mathematical Logic fromCornell University in 1971 and pursued a distinguished academic ca-

reer in the top US universities including MIT, Cornell and Rochester.

Between 1984 and 2002 he held several senior positions in Europeaninstitutions with responsibilities for R&D policy, funding and interna-

tional cooperation. He served as the Director of the ESPRIT Program-

me (European Strategic Programme of Research in InformationTechnology) and as the Director of Essential Technologies and Infra-

structures of IST Programme (Information Society Technologies).

A regular visitor in Finland, Professor Metakides has been asignificant contributor to the active participation of Finnish

universities, research institutes and businesses in European re-

search initiatives.

2004 HEIKKI LYYTINEN

Professor of Developmental Neuropsychology, Heikki Lyytinen, wasgiven the annual Nokia Foundation Award for his pioneering re-

search promoting the use of information technology and game-based

solutions in the development of learning environments for children.

Based on his research, Professor Lyytinen has defined a set of

implementation principles for game-based learning environ-ments that encourage children to practice efficient learning met-

hods. Learning environments developed on the basis of these

principles have led to good results with children learning to read.Explaining the reason behind its decision, the Nokia Foundation

board noted, “Lyytinen's work is a good example of how games

can be used for the benefit of education.”

Historiikki s3-46 18.11.2004, 06:4621

Nokia Foundation Award 1998


Arto Salomaa

Per capita, Finland has more theoretical informationtechnology and cryptology experts than any other country.A major part of the kudos for this should go to AcademyProfessor and Mathematician Arto Salomaa, but he refusessuch praise. “We have a very strong tradition in mathe-matics. And we have this cold climate, so you have to dosomething,” Salomaa says with a grin from his office atthe Turku Center for Computer Science.

Salomaa has received dozens of distinctions from aroundthe world. The annual Nokia Foundation Award was givento Salomaa in 1998 for his meritorious work in the world-class development of education, research and applica-tions in the field of theoretical information technologyand cryptology.

For Salomaa, the science of cryptology is just an offshootof his mathematician career. Salomaa’s most importantresearch areas are formal languages, i.e. mathematicallybased programming languages, and automata theory.Graduate studies at the University of California, Berkeleysteered Salomaa to computer science and mathematicalautomata. “My interest in cryptology resurfaced in theearly 1980s with the emergence of public key-basedcryptology.”

Public key cryptology is an encryption system in whichthe encryption key can be published freely because de-cryption of the message requires the private key that isheld only by the recipient. In the future, in the quantum-and DNA-based computer era, the current encryptionsystems will no longer be sufficient. “There will be aneed to develop new cryptology systems,” Salomaa an-ticipates.

A master cryptologist ponders the theory of DN

Historiikki s3-46 22.11.2004, 07:5122

Schol arships


Jarmo Takal a

First cryptology lectures in FinlandThe cryptology lectures Salomaa started in the 1980s atthe University of Turku were the first in the field in Finland.The lectures were very popular, and many of Salomaa’sstudents later defended their theses in cryptology. NowSalomaa’s former students are working on things likeencryption systems for mobile systems and the healthcare industry.

Salomaa has also written numerous articles, publica-tions, and textbooks, the first one was published morethan two decades ago. Salomaa believes the future ofcryptology training looks good. “Lectures today are moreinteresting, and now Turku offers more advanced coursesin addition to the basics.”

For Salomaa, cryptology is an “eternal battle between twoworlds”: As new encryption systems are developed, effortsare made also to break them. The increase and expansionin communications will also increase the need for dataencryption in the future.

Salomaa has gradually returned to his old targets of interest,formal languages and automata theory. At the moment,he is immersed in the theory of DNA computation andDNA computers. “Now I can ponder the really difficultquestions because I don’t have to come up with the an-swers,” the Academician smiles.

Professor Jarmo Takala works at the Tampere Universityof Technology’s Institute of Digital and Computer Systems,but not for the first time around. Takala started his studiesin Tampere in 1981, and then held various teaching andresearch positions, first at TUT, and then at the VTT

Technical Research Center of Finland. He then moved onto Nokia Research Center as a researcher until 1996 whenhe eventually returned to the university.

Takala’s thesis is a compilation of research reports and istitled “Real-Time Signal Processing Systems: Parallel Algo-rithms and Architectures”. “I already had results frommy earlier years at TUT, and I returned to the university fromNokia Research Center to finish my book,” remarks Takala,who is originally from Hankasalmi, in Central Finland.

The fundamental idea behind the thesis was to tell howparallel algorithms could be utilized in application-specific hardware realizations. Takala received the NokiaScholarship in 1998. “I have continued the work on theideas presented in my thesis with couple of students andthis has resulted two doctoral theses in 2004. My own re-sults have also been applied and refined in the researchteam, and that has resulted in a host of publications, onepatent, patent applications, and several theses,” Takalanotes.

For now, Takala is continuing his academic career, andhis postgraduate students are working on their theses.He doesn’t shy away from admitting: “You never knowwhere you’ll find yourself. At some point, you might runinto a situation where the grass starts looking a littlegreener on the other side of the fence.”

An academic career in research

of DNA computation

Historiikki s3-46 22.11.2004, 08:0623

Schol arships


Eija-Liisa Kasesniemi

From text messageresearcher to mobilecommunications expertThere are few people who are as familiar with the habitsand entries of Finland’s mobile text communications asEija-Liisa Kasesniemi. In 2000, a Nokia Scholarship wasgiven to Kasesniemi’s thesis “Life in 160 characters: TheText Message Culture of Finnish Teenagers.” A few yearslater, the VTT Technical Research Center of Finland re-searcher and project manager studied the use of mobile

video, or video communications – and she is still convincedof the importance of text.

“Text is not going to disappear from mobile communica-tions. Often when introducing new technology, people goto extremes and forget about previous good solutions.After all, the arrival of television didn’t extinguish litera-ture,” Kasesniemi reminds.

Kasesniemi’s interest in researching the topic of mobiletext communications, i.e. text messages, emails, chat,and WAP, started in the mid 1990s in conjunction withthe increasing ubiquitousness of mobile phones. From1997–1999, Kasesniemi was in charge of the Tekes (theNational Technology Agency of Finland), Nokia, andSonera joint project at the University of Tampere’s Infor-mation Society Research Center, which was surveyingthe mobile communications of children and young people.In her thesis at Joensuu University, Kasesniemi researchedtext messages sent and received by young people, i.e.person-to-person communications, as well as mobilewriting in public environments like TV chat and WAP.

According to Kasesniemi, at times it has been necessaryto justify the importance of the applied mobile commu-nications research projects. “There has been little infor-mation published for the public at large because the re-sults have gone almost directly for product developmentuse. Today, the technology research teams are almost al-ways cross-scientific.”

“Now what is also needed is the understanding that it isimportant to collect user feedback already in the middleof product development. This way a problem can be tackledearly on and mistakes can be corrected quickly.”

Historiikki s3-46 22.11.2004, 07:5124


Schol arships

Research of tele-communications systemsSeppo Virtanen has the distinct honor of being the Uni-versity of Turku’s first Doctor of Technology. The topic ofhis thesis, “A framework for rapid design and evaluationof protocol processors” emerged from the idea of pro-grammable processors, the structure of which could beoptimized for processing telecommunications protocols.

“The goal is for fast but accurate system-level simulationand the assessment of physical characteristics withoutthe need for port-level synthesis. Likewise, the goal hasbeen to perform these functions using economical com-puters. In the design method presented in my thesis,synthesis is carried out when a solution realizing the ori-ginal application’s requirements as well as possible hasbeen found from several different architectures based onsimulations and evaluations of physical characteristics,”notes Virtanen. Currently he works as an assistant profes-sor at the University of Turku’s Department of InformationTechnology.

Virtanen’s subject remains topical because there are onlya handful of programmable processors truly optimizedfor protocol applications that have reached the productionphase. Most commercial products are still devices thatfocus on duplicating general-purpose processing ele-ments. Likewise, the application-specific hardware de-sign methodologies are still in the development phase.

Within the next few years, two or three new theses canbe expected in Virtanen’s research area. “My hope for thefuture is a career as a university researcher and instruc-

tor. There are plenty of challenges in the development ofthe telecommunications systems and their design meth-ods.”

Virtanen received a Nokia Scholarship for his thesis re-search in 2000 and 2001. “My research work was at a criticalphase at that time. Without the scholarships, I probablywould have had to discontinue my research work andmove on to other capacities in the corporate world.”

Seppo Virtanen

Historiikki s3-46 22.11.2004, 07:5225


Historiikki s3-46 18.11.2004, 07:4426


1995

ScholarshipsHaapala PäiviMob antennit

TKK(Teknillinen

korkeakoulu)

Harju TaneliSignaalin käsittely

TKK

Huttunen HeikkiSignaalinkäsittely

TTKK(Tampereen teknillinen

korkeakoulu)

Jokinen HannuAPLAC

TKK

Kärkkäinen KariCDMA

OY(Oulun yliopisto)

Kuusisto SeppoSignaalin ja kuvan

käsittelyTTKK

Lähteenmäki JaakkoRadioaaltojeneteneminen

TKK

Lampinen HarriDigitaali ja

tietokonetekniikkaTTKK

Laurila JuhaÄlyantennit

VUT, ICRE

Pärssinen AarnoRF Integration

UCSB

Salmio Risto-Pekkaopt. Komp.

TKK

Sehm TomasRadiotekniikka

antennitTKK

Talvitie JaakkoWideband radio

channel measurement,characterisation and

modelling for wirelesslocal loop applications

OY

Tarhasaari TimoTeoreettinen

sähkötekniikkaTTKK

Turpeinen MarkoTietojenkäsittelyoppi

TKK

Vankka JoukoTietotekniikka

TKK

Yli-Hietanen JariSignaalinkäsittely

TTKK

Visiting FellowsFarberg David

Hajautetuttelekommuni-kaatiopalvelut

TKK/Martikainen Olli

Team AwardsVuori Jarkko& Tervo Juha

Matalan nopeudenkuva-koodekit, MPEG4

1996

ScholarshipsHaapala Päivi

matkapuhelimen uudetantenniratkaisut

TKK

Iinatti JariEpälineaarinen

signaalinkäsittelyOY

Juntti MarkkuMultiuser demodula-

tion for ds-cdmasystems in fading

channelsOY

Karvanen JuhaAdaptive Methodsfor Score FunctionModeling in BlindSource Separation

TKK

Klemettinen MikaTietämyksen

muodostuminenteleverkon datasta

HY(Helsingin yliopisto)

Korhonen Timo O.Measuring and

estimating instantane-ous wideband radio

channel by regulariseddeconvolution

TKK

Koskimies OskariLiikkuvuudesta

tietoiset ohjelmistotHY

Laine Juha-PekkaOptiset

vahvistinrakenteettietoliikenteessä

University of ArizonaLampinen HarriSovelluskohtaiset

integroidut AD piiritTTKK

Latva-Aho MattiCDMA vastaanottimen

synkronointiOY

Malkamäki EsaKoodattu diversiteetti

lohkohäipyvässäkanavassa

TKK

Pärssinen AarnoDirect Conversion

Receivers in Wide-BandSystems

TKK

Pyssysalo TinoTosiaikainenhajautettu

keinotodellisuusOY

Ranta PekkaCochannel interference

cancellation in theGSM system

TKK

Rauhala KristianLangaton ATM

UCSD

Rinne JukkaMonikantoaalto-

järjestelmiensuorituskykyanalyysi

TTKK

Roos JanneEpälineaaristen

elektronisten piirienanalyysimenetelmät

TKK

Salminen JaripekkaUusien multimedia-palvelujen sovellus-

teknologiaTKK

Siren SariEpälineearinen

signaalinkäsittelyTTKK

Valmu HeikkiAntennien keino-tekoiset keilan-

muodostusmenetelmätTKK

Yli-Hietanen JariTulosuunnan

estimointi3-ulotteisessa

sensorijärjestelmässäTTKK

Visiting FellowsPomalaza-Ráez C.

WirelessCommunicationOY, CWC/Talvitie

Rissanen JormaLow bit rate speechand audio coding

TTKK/Saarinen Jukka

Mohammed IsmailAnalog and

RF Circuit DesignTKK, IRC/Porra Veikko

Foundation Grants 1995–2004

Historiikki s3-46 18.11.2004, 06:4627


Team AwardsGrundström Mika &

Vienonen ErnoAudiovisuaalisen datanvälitys asynkronisessa

verkossa

Hottinen AriHolmström Lasse

Nummelin EsaHeikkinen Tiina

Langattomantietoliikenneverkon

kapasiteetti

Kalajo Sami-JukkaKiraly Jiri

Ikäläinen PerttiRadiolähettimen

integrointi

Sehms ThomasLehto Arto

Räisänen AnttiMikkonen Petri

Saarikoski MikkoMäkinen Jarmo

Pursiheimo JuhaniMillimetrialueen

planaarinenlinkkiantenni

Vankka Jouko &Saarikoski MikkoSuora digitaalinen

synteesi radiolinkeissä

1997

ScholarshipsAhola Rami

Integroidut UHF-alueentaajuussyntetisaattorit

TKK, Piiritekn.

Aikio PauliLaajakaistaisenradioaaltojen

mittausmenetelmänkehittäminenTKK, Radiolab.

Hassan El-SallabiMobile communication

with basestationantenna array

TKK, Radiol.

Heikkinen TiinaDynamic Radio

Resourcing and prizingHY, Matem.

Hienonen SamiPlanaarinen

vaiheohjattu antennisatelliittitelevisio-

lähetystenvastaanottoon

TKK, Radiol

Hongnian XingThe study of OFDMSystems for MobileCommmunications

TTKK, Tietol.

Honkanen MauriEpälinineaaristenkomponenttien

mallinnus ja merkityslaajakaistaisessa

matkaviestinjärjestelmässä

TKK

Huopaniemi JyriVirtuaaaliakustiikan

toteutus multi-mediatekniikassa

TKK, Stanford

Huttunen HeikkiOptimaalisten

epälineaaristensuodinten suunnittelu

menetelmätTTKK, Sign.käs

Jalonen TomiLangattomien

multimediajärjestelmienlaitteistototeutus

TTKK, Sign.käs.

Juntti JuhaniHäiriönvaimennuskanavakoodatussa

DS-hajaspektrijärjestelmässä

OY, Tietol.

Kalliola KimmoUusien radio-

järjestelmien älykkäätantennit

TKK, Radiolab.

Kaunisto RistoMonolithic Radio

Frequency Active FiltersTKK, Piiritekn.

Kivinen JarmoRadioaaltojen

etenemismittaus-järjestelmä ja radio-

kanavan laaja-kaistainen mallitus

taajuuksille 2-60GHztulevaisuuden radio-järjestelmiä varten

TKK, Radiolab.

Koppinen KonstaEpälineaariset

ennustavatsuodattimet

TTKK, Sign.käs

Korpisaari PetriOppivat menetelmät

adaptiivisessamallintamisessa

TTKK, Sign.käs

Kuusisto SeppoApplication of

predictive minimumdescription lenght

principle inclassification trees

TTKK, Sign.käs

Laurila JuhaAdaptiivisten

antenniensignaalinkäsittely-

menetelmienkehittäminen

VUT, ICRE

Loukola MikaIntroducing Quality

of Service to IP PacketForwarding

TKK

Neejärvi JukkaPatent and copyright

protection of software/programs

HY, Oikeust.

Ollikainen JaniMatkaviestinten uudet

antenniratkaisutTKK, Radiolab.

Pärssinen AarnoIntegration techniques

of modern radioreceivers

TKK, Piiritekn.

Salminen JaripekkaUusien multimedia-palvelujen sovellus-

teknologiaTKK, Tietojenk.

Seppänen Anna-MariMahdolliset paran-nukset W-CDMA:n

downlinkinvastaanottimessa

OY, Tietol.

Vallström JariInner system roaming

between a cellularnetwork and a wireless

local area networkOY, Tietol.

Vesma JussiTutkijavierailu

University of CaliforniaSanta Barbara:an

Polynomipohjaistensuotimien soveltami-

sesta digitaalisiinvastaanottimiin

UCSB, ECEL

Vuori JarkkoOptimization of SignalProcessing Implemen-tations in telecommu

nication systemsTKK, Sign.käs

Visiting FellowsVendik Irina

Korkean lämpötilansuprajohteisiin

perustuvien mikro-aaltokomponenttien

CAD-suunnitteluOY/Leppävuori Seppo

Rissanen JormaInformation

theoretical approachfor low bit rate codingTTKK/Saarinen Jukka

Team AwardsAntti Toskala, NRCHarri Holma , NRC

Anna-Mari Seppänen,CWC

Matti Latva-Aho,CWCAdvanced W-CDMA

mobile receivers forUMTS high bit rate

services

Tapio Ala-NissiläIsmo KoponenMikko Kuittu

UoH/HIPKaarina Melkas,NRCJouni Pääaho,NRCAdvanced materials

and structures for FlatPanel Speakers

Historiikki s3-46 18.11.2004, 06:4628


Esa Kemppinen,NTCPetri Mikkonen,NTC

Markku Koivisto, NTCHans Somerma, NTC

Olli Salmela, NRCPertti Ikäläinen, NRC

Kari Kautio, VTTElectronics

Seppo LeppävuoriOulu University

Keraamisen Multichip-tekniikan kehittäminen

mikro- ja millimetri-aaltoalueelle

Keijo NikoskinenJukka Lempiäinen

Juha JuntunenToistevastaanoton ja

antennien tutkiminenmikrosolun

radiokanavassa

Mika LoukolaMatti TommiskaTero Koskivirta

Increasing IP over ATMRouting Performancewith Reconfigurable

Computing

1998

ScholarshipsAhola Rami

Integroidut UHF-alueentaajuussyntetisaattorit

TKK, Piiritekn.

El Sallabi Hassan M.Development of

propagation modelsfor mobile communica-

tion with antennaarray – Development ofmathematical relations

between uplink &down link signals in

mobile communicationwith basestation

antenna arrayTKK, Radiol.

Hooli KariKanavakorjaimien

soveltaminen DS-CDMA-järjestelmissä

OY, Tietoliikennelab.

Huttunen MikkoLaajakaistaisen

esisärömenetelmäntutkiminen

TKKInformaatiotekn. lab

Ikonen JouniTehdä rinnakkais-

simuloinninmahdollisuuksia

tunnetuksi.LTKK, Tietoliikenne-

tekniikan lab.(Lappeenrannan

teknillinen korkeakoulu)

Ilvesmäki MikaOppivan

vektorikvantisaationhyödyntäminen

Internet-liikenteenluokittelussaTKK, Teletekn.

Juntti JuhaniHäiriönvaimennusKanavakoodatussa

DS-Hajaspektri-tekniikassaOY, Tietol.

Kalliola KimmoUusien

radiojärjestelmienälykkäät antennit

TKK, Radiolab.

Kaunisto RistoIntegration of High-

Frequency Active FiltersTKK, Piiritekn.

Kemppinen EsaDetermination of thePermittivity of Some

Dielectrics in the Micro-wawe and Millimeter

Wave RegionOY

Kinnula AtteSW Process Engineer-

ing in a Multi-SiteEnvironment

OY

Kivinen JarmoRadioaaltojen

etenemismittaus-järjestelmä ja radio-

kanavan laaja-kaistainen mallitus

taajuuksille 2–60 GHztulevaisuuden radio-järjestelmiä varten

TKK, Radiolab.

Klapuri Anssi PetteriSisältöä kuvaavan

tiedon tuottaminenäänisignaaleista

TTKK, Signaalinkäsitt.laitos

Klapuri HarriHardware-Software

Codesign Using FormalSpecification

TTKK, Sign.käs

Kolinummi PasiNeurolaskennan

laitteistoteutuksetTTKK, Signaalinkäsitt.

Laitos Tietotekniikan lab.

Koppinen KonstaEpälineaariset

ennustavatsuodattimet

TTKK, Sign.käs

Kuusilinna KimmoDataliitynnät IP

(Intellectual Property)-lohkojen avulla TTKK,

Signaalinkäsittelynlaitos

Laine Juha-PekkaIntegrated MicrosphereResonator Devices

MIT

Lindfors SaskaIntegroidut matalan

käyttöjännitteenanalogiasuodattimet ja

A/D muuntimetTKK, Sähkö- ja

tietoliikennetekn.osasto, Piiritekniikan

lab.

Luukkainen MattiAikakriittisten

rinnakkaisjärjestelmienmallinnus ja

analysointi (Modellingand analysis of time-

critical concurrentsystems)

HY,Tietojenkäs.tiet. lait.

Mannerkoski JukkaLinear Prediction inBlind Equalization

TTKK, Sign.käs

Ollikainen JaniMatkaviestinten uudet


Rapakko HarriSSCT- AD-muuntimet

OYSähkötekniikan osasto

Routama Jarkko AnteroOhjelmoitavan WCDMA

Suoramuunnos-vastaanottimen

suunnitteluTKK, Piiritekn.

Ruoppila VesaVisiting Researcher

Position in theUniversity of

Sherbrooke, CanadaTTKK, Sign.käs

Saarela JanneIntelligent publishing

with metadataINRIA

Saarinen IlkkaReverse Link FeedbackPower Control in DS/

CDMA SystemsOY, CWC

Stadius Kari RainerSuurtaajuistenintegroitujen

oskillaattorienkehittäminen

TKK, Piiritekn. lab.

Takala JarmoDSP-muunnosalgorit-

mien rinnakkaisettoteutukset

TTKK, Sign.käs

Tammi MikkoWavelet-muunnos

waveform interpola-tion -puhekooderissa

TTKKSignaalinkäsitt. laitos

Vesma JussiPolynomipohjaisteninterpolaatiosuodat-

timien käyttö digitaa-listen vastaanottimiensymboli-synkronointiin

UCSB, ECEL

Waltari Mikko EljasTietoliikennelaitteiden

nopeiden A/D-muuntimien toteutus

CMOS-tekniikallaTKK, Sähkö- ja tieto-

liikennetekn. os.Piiritekniikan lab.

Ylianttila MikaWiLU (WirelessLan for UMTS)

OY, Tietol.

Visiting FellowsKen-Ya HashimotoIntroduction to SAW

Acoustic Wawe Devices:Simulation Technolo-gies for SAW DevicesTKK/Salomaa Martti

Historiikki s3-46 22.11.2004, 07:5229


Boncelet CharlesVierailu Tampereen

Kansainväl.Signaalinkäsittelykeskus

TTKK/Astola Jaakko

Pahlavan KavehWideband Wireless

Local AccessOY

Team AwardsJarkko Jussila

Aarno PärssinenJussi RyynänenLauri SumanenTimo KnuuttilaJorma Matero

WDMA -Suoramuunnos-vahvistimen integrointi

Atte KinnulaMinna Mäkäräinen

Evaluating the Process– Analysis of Three

Methods on theImprovement of the

DSP SW Process

Tommiska MattiLoukola Mika

Koskivirta TeroAAL-2 kytkimenFPGA -toteutus

Kimmo KaskiJarmo Hietanen

Heikki TurtiainenJuha Lahdenperä

Altti TorkkeliMikroelektro-mekaanisten

systeemien mallinus-yhteistyö

Riska JanKangaslahti Pekka

Nyberg PetriLangattomat

laajakaistaisettietoliikennepiirit 60

GHz:n MMIC tekniikalla

1999

ScholarshipsHärmä Aki

Varpatut parametrisetmenetelmät laaja-

kaistaisen puheen jaaudion digitaalisessa

pakkaamisessa jasiirrossa

TKK, Akustiikan jaäänen-käsittely-tekniikan lab. /

011100-301000 BellLabs, Murray Hill,New

Jersey, USA

Heljanko KeijoMallintarkastus

ohjelmistojärjestelmilleTKK

Tietojenkäsittelyn lab.

Honkanen KatriSuurnopeuselektroniikan

uudet komponentitTKK ja Eindhoven Univ.

of Technology, theNetherlands

Hooli KariKanavakorjaimien

soveltaminen WCDMA-järjestelmissä


Hottinen AriAdvanced transceiver

techniques for WCDMAsystems TKK, Tietotekn.

Huttunen MikkoLaajakaistaisen

esisärömenetelmäntutkiminen

TKKInformaatiotekn. lab

Hyytiä EsaTäysoptisten

tietoliikenneverkkojenliikenneongelmat

TKK, Teletekniikan lab.

Ikonen JouniDynamic load balanc-

ing strategies forconservative distrib-

uted simulationLTKK, Tietoliikenne-

tekniikan lab.

Jäntti RikuPower Control andTransmission Rate

Management inCellular Networks

TKK, Automaatio- jasysteemitekniikan os.,

Systeemitekn. lab.

Kananen AskoEpälineaaristen solu-

verkkojen toteut-taminen CMOS-

tekniikalla ja tieto-liikennesovellutusten

tutkiminenTKK, Sähkö- ja

tietoliikennetekn.osasto,Piiritekn. lab./Universidad de

Granada

Kansanen KimmoHäiriönpoisto-

vastaanotintutkimusOY, Sähkötekniikan

osasto,Tietoliikennelab.

Kantsila ArtoOppivat ekvalisointi-

menetelmät muuttuva-vasteisille kanaville

TTKKSignaalinkäsittelyn

laitos

Katz MarcosKoodinetsintä WCDMA

verkossaOY, Tietoliikennelab.

Kivekäs OutiUudet matkaviestin-


Klapuri AnssiSisältöä kuvaavan

tiedon tuottaminenäänisignaaleista


Knuuttila JouniRF-taajuuksilla toimi-vien pinta-akustisten

resonaattorien jakorkeataajuussuodat-timien kuvantamiseen

pystyvän laserinter-ferometrin jatko-

kehittely sekäsoveltaminen RF-komponenttientutkimukseen

TKK, Teknillisen fysiikanja matematiikan laitos,Materiaalifysiikan lab.

Kolinummi PasiNeurolaskennan

laitteistototeutuksetTTKK, Signaalinkäsitt.Laitos Tietotekniikan

lab.

Koskela JuliusPinta-akustisten

resonaattoreiden jakorkeataajuussuotimien

mallinnus- jasimulaatiomenetelmien

tutkimukseenTKK, Teknillisen fysiikanja matematiikan laitos,Materiaalifysiikan lab.

Kosunen MarkoLaajakaistaisen CDMA-

radiojärjestelmändigitaalisen signaalin-

käsittelylohkojentoteuttaminen CMOS-

teknologiallaTKK, Sähkö- ja tieto-liikennetekn.osasto,

Piiritekniikan lab.

Kuusilinna KimmoDataliitynnät IP

(Intellectual Property)-lohkojen avulla


laitos

Laitinen TommiMatkapuhelinten

säteilyn lähimittauksetTKK, Radiolab.

Lassila PasiComputational

methods for communi-cation network

performance analysisTKK

Lindfors SaskaIntegroidut matalan

käyttöjännitteenanalogiasuodattimet ja

A/D-muuntimetTKK, Sähkö- ja

tietoliikennetekn.osasto,Piiritekniikan lab.

Myllymäki SamiMEMS in front end

componentsOY, Mikroelekt. lab.

Nissilä MauriOptimaaliset jaalioptimaaliset

synkronointimenetelmäthäipyvässä

radiokanavassaOY

Sähkötekniikan osasto

Peltonen Sari os.SirenOutput DistributionalInfluence Functions


Peng ChengyuanFuture TV

TKK, Tietotekn. os.,Tietoliikenne-

ohjelmistojen jamultimedianlaboratorio

Pouttu AriKanavakoodausspektrin käytön

kannalta tehokkaidentaajuushyppivienmMFSK ja amMFSK

modulaatiomenetelmienyhteydessä


Historiikki s3-46 22.11.2004, 07:5230


Pyhtilä JuhaDigitaalisten signaalien

optimivastaanotostaepälineaarisissa

kanavissa javastaanottimissa


Rapakko HarriSSCT-AD-Converter

OYSähkötekniikan osasto

Rosti Antti-VeikkoPuheentunnistuksen

jatko-opinnotCambridgessä

The Speech, Visio andRobotics Group in Univ.Engineering Dept., UK

Saarelainen TeemuObjektipohjainenaudiolähteiden

kaappausTTKK

Signaalinkäsitt. laitos

Somervuo PanuPuheentunnistus-

teknologiankehittäminen

TKKInformaatiotekn. Lab

Neuroverkkojentutkimusyksikkö

Stadius Kari RainerSuurtaajuistenintegroitujen

oskillaattorienkehittäminen

TKK, Piiritekn. lab.

Tammi MikkoEnhanced WaveformInterpolation Speech

CoderTTKK

Signaalinkäsitt. laitos

Teppo TomiEri piiriteknologioidentutkimus suurtaajuus-

elektroniikassaTTKK

Elektroniikan laitos

Tolonen TeroÄänilähdemallit jaauditoriset ääni-

signaalien analyysi-menetelmät

TKKAkustiikan ja äänen-

käsittelytekniikan lab.

Tommiska MattiReconfigurable

Computing in Commu-nications Systems

TKKSignaalinkäsittely- ja

tietokonetekniikan lab.

Turunen TuukkaService connective inmobile augmented

realityOY

Sähkötekniikan osasto,Tietokonetekniikan lab.

Visuri SamuliNonparametric

Statistics in Array andCommunications Signal

ProcessingTKK

Sähkö- ja tietoliikenne-tekniikan os.,

Signaalinkäs. jatietokonetekn. lab

Vuolevi JoelHenkilökohtainen

apuraha teho-vahvistimiin liittyvää

väitöskirjaa vartenOY

Sähkötekniikan osasto,Elektroniikan lab.

Vuori VuokkoOppivat menetelmät

käsinkirjoitettujen merk-kien reaaliaikaisessa

tunnis-tuksessaTKK

Informaatiotekn. lab

Waltari Mikko EljasTietoliikennelaitteidennopeiden A/D -muun-timien toteutus CMOS-

tekniikallaTKK

Sähkö- ja tieto-liikennetekn. os.

Piiritekniikan lab.

Wang YeTime-FrequencyDomain Masking

Modelling of Mono-phonic Audio SignalUniv. of Cambridge,UK Dept. of Auditory

Perception

Zacharov NickPsychometric researchof multichannel and 3D

sound systemTkk, Reg.student in

TKK,Receivin institu-tion: Univ. of Aizu,

Spatial Media Group,Japan

Team AwardsLounesto Pertti

Puska PerttuRaja Arvind

Cliffordin algebraanperustuvan sähkö-

magnetiikan oppikirjankirjoittaminen sekä

Puskan ja Rajanväitökset

Ollikainen JaniKivekäs Outi

Kiesi KalleHeiska RiikkaTulevaisuuden

matkaviestinantennit

Ryynänen JussiJussila Jarkko (vaihe2)

Sumanen LauriKivekäs Kalle

Pärssinen AarnoKnuuttila TimoMatero JormaWCDMA Suora-

muunnosvastaan-ottimen integrointi

Sari LeppänenMatti Luukkainen

SDL -kuvaustenkompositionaalinen

verifiointi

2000

ScholarshipsAksela MattiAdaptiivinen

reaaliaikainenkäsinkirjoitettujen

merkkien tunnistusTKK,

Informaatiotekniikka

Elmusrati MohammedSmart antenna

application in powercontrol of mobilecommunication

TKK, Säätötekniikka

Enescu Mihai HoratiuBlind and Semi-Blind

Algorithms forAdvanced Multiuser

CommunicationsTKK, Signaalinkäsittely

Eronen LeenaKaroliina

Digitaalisen televisionkäytettävyystutkimus

TKK, Multimedia

Haanpää HarriConstructing Combina-

torial ObjectsTKK, Tietojenkäsittely

Hämäläinen PanuLangattomatkehittyneet

päätelaitteetTTKK


Hätönen KimmoAdvanced Fault and

Performance Monitor-ing Methods for Data

and TesecomNetworks (AMMe)

HY Tietojenkäsittely

Hienonen Sami IlmariPassiivinen keskinäis-

modulaatiosärötukiasema-antenneissaTKK, Radiolaboratorio

Historiikki s3-46 18.11.2004, 06:4631


Hiipakka JarmoDigitaalinen

interaktiivinenvirtuaaliakustiikka

TKK, Akustiikka

Hollman TuomasMulti-mode vastaan-

ottimen kantataajuisetintegroidut piirit

TKK, Piiritekniikka

Huttunen PenttiKalevi

Parallel simulationof GSM networkson heterogenousmultiprocessors

clustersLTKK, Tietoliikennetekn.

Hyvönen SamiRikhard

Integrated FGelectronics

Hyytiä EsaTäysoptisten

tietoliikenneverkkojenliikenneongelmat

TKK, Teletekniikan lab.

Jantunen Heli MaaritUusi LTCC materiaali

ja sen käyttötietoliikennetekniikan

sovellutuksissaOY, Mikroelektronikka

Järvinen TuomasJärjestelmäarkkiteh-tuurin kehittäminen

monikantoaalto-tekniikkaa soveltavaan

tiedonsiirto-järjestelmään

TTKKDigitaali- ja

tietokonetekn.

Juhola MikkoKuvantava optiikka

Turun yliopisto

Jussila JarkkoKristian

Dual-mode suora-muunnosvastaanottimen

analogisen kanta-taajuusosan integrointitoteutuksetTKK, Piiritekniikka

Jussila Toni TapioSymbolinen

mallintarkastusTKK, Tietojenkäsittely

Kansanen KimmoJuhani

Häiriönpoisto-vastaanotintutkimus

OY, Tietoliikenne

Kantsila ArtoUusiin luokittelu-

menetelmiin pohjau-tuvat tietoliikenne-

signaalin ekvalisointi-menetelmät


laitos

Kärkkäinen KimmoDifferenssimenetelmätsähkömagnetiikassaTKK Sähköm & Applied

ElectromagneticsGroup University of

Victoria

Karppinen MikkoOptinen tiedonsiirto

OY

Karvo JouniDynamic multicast

connectionsTKK, Teletekniikka

Kasesniemi Eija-Liisa160 merkin kulttuuri:

suomalaisnuortentekstiviestintä

(SMS Culture of theFinnish Teenagers)Joensuun Yliopisto,Perinteen tutkimus

Katz MarcosAdvanced Code

SynchronizationMethods for Future

Wireless Communica-tions Systems

OY, Tietoliikenne-laboratorio/CWC

Kettunen KimmoTapio

Applicationsof Probabilistic

Inference in WirelessCommunications

TKK, Signaalinkäsittely

Kinnula MarianneRiskienhallintaohjelmistoali-hankinnassa

OY

Kivekäs KalleHeikki Tuomas

Adaptiiviset sekoit-tajat integroituihin

suoramuunnos-vastaanottimiin

TKK, Piiritekniikka

Knuuttila JouniRF-taajuuksilla

toimivien pinta-akustisten resonaat-

torien ja korkea-taajuussuodattimien

kuvantamiseensoveltuvan laser-interferometrin

jatkokehittely sekähyödyntäminen RF-

komponenttientutkimukseen

TKK, Materiaalifysiikka

Kosunen MarkoOhjelmoitavat

digitaalisuodattimet,polynomi, inter-

polaattorit ja keski-taajuusalueen D/A

muuntimet ohjelmoi-taviin lähettimiinTKK, Piiritekniikka

Kunnari EsaLähetysdiversiteetin jatila-aika-koodauksen,

sekä lähettimellätapahtuvan signaalin-

käsittelyn käyttö-mahdollisuuksien

tutkiminen langat-tomien järjestelmien

tiedonsiirron suoritus-kyvyn ja luotetta-

vuuden parantamiseksiOY, Tietoliikenne-laboratorio, CWC

Laiho MikaIntegroidut

sovelluskohtaisetrinnakkaisprosessorit

TKK,Piiritekniikka

Laitinen TommiMatkapuhelinten

säteilyn lähikenttä-mittaukset

TKK, Radiolaboratorio

Lehtonen SakuTaajuusalueella 5–10GHz toimivien SAW-

resonaattorien ja-suodattimien

suunnittelu, valmistusja karakterisointi

TKK, Materiaalifysiikka

Lento Juha MarkusPistevirheet seos-

puolijohteessaTKK, Fysiikka

Lindström JanConcurrency control in

Real-Time DatabasesHY, Tietojenkäsittely

Lokki TapioReaaliaikaisen vuoro-

vaikutteisen aurali-saation evaluointi

kuuntelukokeinTKK, Multimedia

Loskot PavelSpace-time processingfor adaptive wirelessmulticarrier systems

OY, Tietoliikenne-laboratorio, CWC

Luoma MarkoUser/Mobility/Quality

Management inDifferentiated Services

TKK, Teletekniikka

Mäkinen Riku MattiSähkömagneettistenkenttien numeerinen

ratkaisu FDTD-menetelmällä

TTKK, Elektroniikka

Mäntyjärvi JaniContext Awarenessand Applications in

Ubiquitous Computingand Communication

EnvironmentGeorgia Institute of

Technology

Meltaus JohannaKorkean lämpötilan

suprajohtavatsuodattimet ja

bolometritTKK Materiaalifysiikka

Nikara Jari AnteroRinnakkais-

arkkitehtuurien janiiden WDCMA -

sovelluten tutkimustaTTKK, Digitaali- ja

tietokonetekn.

Nissilä MauriOptimaaliset ja

alioptimaaliset synkro-nointimenetelmäthäipyvässä moni-

tiekanavassaOY

Sähkötekniikan osasto/VTT Elektroniikka

Nyberg Eeva SiljaPalvelunlaatumekanis-

mien kvantifiointipaketti- ja vuositasolla

palveluntarjoajan jakäyttäjän näkö-

kulmasta kriteerinäreiluus, optimaalisuus

ja hyötyTKK, Teletekniikka

Historiikki s3-46 22.11.2004, 07:5232


Palomäki Kalle IlmariLaskennallisesti

vaativien signaalin-käsittelyalgoritmien

matalahehokulutuksisetlaitteistototeutukset

TTKK, Digitaali- jatietokonetekn.

Peng ChengyuanFuture TV project

TKK, Tietotekn. os.,Tietoliikenneohjelmis-tojen ja multimedian

laboratorio

Pouttu Ari TapioKanavakoodausspektrin käytön

kannalta tehokkaidentaajuushyppivienmMFSK ja amMFSK

modulaatiomenetel-mien yhteydessäOY, Tietoliikenne-laboratorio, CWC

Pukkila MarkkuReceiver enhance-

ments for TDMA mobileradio systems

TKK, Signaalinkäsittely

Rantanen JaanaInkeri

Älyvaate osana tieto-yhteiskuntaa

TTKK, Elektroniikka

Rissa TeroDescription and designof dynamically recon-

figurable systemsTTKK & Microelectronics

Systems ResearchBournemouth

University

Rosti Antti-VeikkoSegment modelling for

speech recognitionThe Speech, Visio and

RoboticsGroup inUniv.Cambridge.,UK

Ryynänen JussiHermanni

Radiotaajuusosienintegrointi multimode

vastaanottimiinTKK, Piiritekniikka

Säily Jussi PekkaMillimetri- ja

alimillimetriaaltoalueenantennimittaustekniikan

kehittäminenTKK, Radiolaboratorio

Siltala Sami AnteroTurbokoodauksen

soveltaminenhäiriölliseen

tiedonsiirtokanavaanCDMA- ja hajaspektri-

järjestlemissäOY, Tietoliikenne-laboratorio, CWC

Sulonen Kati MarikaMatkaviestinvälineiden

antennien suoritus-kyvyn optimointi

radiojärjestelmissäTKK, Radiolaboratorio

Sumanen LauriMatkaviestinten tarkat,

laajakaistaisetanalogia-digitaali-

muuntimetTKK, Piiritekniikka

Suvikunnas PasiMonielementtisten

antennien optimointiWCDMA-järjestelmäänTKK, Radiolaboratorio

Takala RoopeProduct Concept

Creation and evaluationNRC Helsinki

Tuisku JaniAdaptive methods for

audio codingTTKK, Signaalin-käsittelyn laitos

Tujkovic DjordjeSpace-Time Coding

for Future Wide-BandRadio Systems

OY, Tietoliikenne-laboratorio, CWC

Väänänen RiittaTila-akustiikan mallin-

taminen virtuaali-todellisuus- ja multi

mediasysteemeissäTKK Akustiikka IRCAM

Valkama MikkoKehittyneet signaalin-käsittelymenetelmät

joustavissa tietoliikenne-vastaanottimissa

TTKK Tietoliikennetekniikka

Viitanen SamiIntelligent Methods forAutomatic Detection,

Classification andTracking of Ocean

TargetsTTKK, Signaalin-käsittelyn laitos

Virtanen SeppoTaco-tools for

application-specificHW/SW codesignTurku Centre for

Computer Science

Vuolevi JoelRF tehovahvistimentehonkulutuksen ja

lineaarisuudenoptimointi

OY, Elektroniikka

Wang YeAudio Coding Methods

-Analysis, Developmentand Optimizattion

Univ. of Cambridge, UKDept. of Auditory

Perception

Visiting Fellowsand Researchers

MrinmoyBhattacharya

Monimuotoinensignaalinkäsittely

TTKK/Astola Jaakko

Labunets ValeriMonimuotoinen

signaalinkäsittelyTTKK/Astola Jaakko

Stankovic RadomirMonimuotoinen

signaalinkäsittelyTTKK/Astola Jaakko

Mohammad Obaidat3 kk:n vierailu TTKK:lle

TTKK/Jarmo Harju

Ali Baghai-Wadjiprof. Ali Baghai-Wadjin

Suomen vierailunjatkoaika

TKK/Salomaa Martti

Educational AwardsVolotinen Vesa

Oppikirja:Tietoliikenne, Televerkot

ja päätelaitteet

Huttunen HeikkiOpetusmateriaali:

Johdatussignaalinkäsittelyyn

Kokkarinen IlkkaTietorakenteet ja

algoritmit(kirja algoritmiikanyliopistotasoiseenperusopetukseen)

Ala-Mutka KirstiTietorakenteet ja

algoritmit(kirja algoritmiikanyliopistotasoiseenperusopetukseen)

Rintala Matti MikaelOppikirja: Olioidenohjelmointi C++:lla

Jokinen Jyke TapaniOppikirja: Olioidenohjelmointi C++:lla

Haiko TimoElektroniikka-simulaattori

Koskimies KaiOliokirja

Koivo HeikkiSystems Engineering

in WirelessCommunications

Ahola HelenaInternet-markkinoinninoppikirja yliopiston jaammattikorkeakoulun

opiskelijoille

Oinas-Kokkonen HarriInternet-markkinoinninoppikirja yliopiston jaammattikorkeakoulun

opiskelijoille

Koivumäki TimoInternet-markkinoinninoppikirja yliopiston jaammattikorkeakoulun

opiskelijoille

Koponen RistoSimuloidustapiirikaaviosta

komponenttilevyksi

Historiikki s3-46 18.11.2004, 06:4633


2001

ScholarshipsAksela MattiAdaptiivinen

reaaliaikainenkäsinkirjoitettujen

merkkien tunnistusTKK, Informaatio-

tekniikan lab.

Boda PeterEngineering methodsfor Language Techno-

logy: embeddedsolutions for Natural

Language Understand-ing and Dialogue

ManagementTKK, Sähkötekniikanosasto, MIT spoken

language group

Bright AndrewOptimisation of

miniature loudspeakersystems employing

adaptive equalizationTechnical University of

Denmark

Celentano UlricoResource Allocation

and Routing Policy forQuality of Service

Support in MultiserviceMulti-hop Networks

OY, Centre of WirelessCommunications

Collin JussiInertiapaikannus

kannettavissapäätelaitteissa

TTKK, Digitaali- jatietokonetekniikka

Curticapean FloreanHardware Efficient

Architectures for DirectDigital SynthesisTTKK, Institure of

Digital andComputer Systems

Cvejic NedeljkoWatermarking algo-rithms and stegano-graphic analysis of

audio signalsOY, University of Oulu

Elmusrati MohammedJoining of the power

control and MIMOsmart anetenne in 3G

mobile communicationsystem

TKK, Control Eng.lab

Frisk LauraOhennettujen

piisirujen liittäminentiheille ja joustaville

piirilevyilleTTKK


Hämäläinen PanuKehittyneet langat-tomat päätelaitteet

TTKK, Digitaali- ja tieto-konetekniikka

Heikkinen JariKonfiguroitavan

prosessoriarkkitehtuurinoptimointi digitaalisen

signaalinkäsittelyntehtäviin

TTKK, Digitaali- jatietotekniikan laitos

Heiska KariLaskentamenetelmienkehittäminen WCDMA-järjestelmän suoritus-

kyvyn arvioimiseksiTKK, sähkö- ja tietolii-kennetekniikan osasto

Heiskanen AnttiRF-tehovahvistimien

särön muisti-ilmiöidenanalysointi ja

minimointiOY


Henttu PerttiHäiriön vaimennus

laajakaistaisessa tieto-liikennesysteemissä

OY, tietoliikenne-laboratorio

Honkala Mikko AlvariRinnakkaiset

piirisimulointi-menetelmät

TKK, Teoreettisensähkötekniikan

laboratorio

Honkala MikkoJohannes

Interactive XML DevicesTKK

Tietoliikenne- ja Multi-mediatekniikan Lab.

Jokinen ErjaElektroniikan

suoraliittäminenjoustaville alustoillekäyttäen anistroop-

pisesti sähköjohtavialiimojaTTKK


Jussila JarkkoMulti-mode

suoramuunnosvas-taanottimen ana-

logisen kantataajuus-osan integrointi-

toteutuksetTKK, Piiritekniikan lab.

Jussila ToniProtokollaohjelmistojen

rajoitettu mallin-tarkastus

TKK, Tietojenkäsittely-teorian laboratorio

Kangas TeroAlustapohjaisen

suunnittelumene-telmän toteutus multi-

media- sovelluksiinsuunnatuille

järjestelmäpiireilleTTKK, Digitaali- ja tieto-

konetekniikan laitos

Käppi JaniInertianavigointi-

menetelmät henkilö-kohtaisessa

paikannuksessaTTKK, Digitaali- ja

tieto-konetekniikka

Kärkkäinen MikkoNumeerinen

mallintaminenradiotekniikassa


Karvanen JuhaAdaptive blind

separation methodsfor MIMO systems

TKK, Signaalinkäsittely-tekniikan lab.

Karvonen SamiAlinäytteistävään I/Q-

alassekoitukseen jasiihen integroituun

suodatukseen perus-tuvia uusia radio-

vastaanotin-rakenteitaOY


Kiljander HarriUser Interface Portfolio

ManagementTKK

Computer Science andEngineering Telecomm.

Software & Multim.

Kivekäs OutiUudet

matkaviestiantennitTKK, Radiolaboratorio

Koskinen TomiAlimillimetrialueen

hologramminsuunnittelu ja

simulointiTKK, Radiolaboratorio

Kuorilehto MauriPalvelun laadun tuke-

minen verkkojen välilläTTKK, Digitaali- ja

tietotekniikan laitos

Lehtonen SakuTaajuusalueella 5–10GHz toimivien SAW-

resonaattorien jasuodattimien

suunnittelu, valmistusja karakrerisointi

TKK, Materiaalifysiikanlaboratorio

Li ZhenhongAdaptive MLSE-based

PSP receivers for space-time coded systemsVTT Electronics Oulu

Lindström JanOptimistic CurrencyControl, Methods for

Real-Time Databases inTelecommunicationHY, Tietojenikäsittely-

tieteen laitos

Lokki TapioReaaliaikaisen vuoro-

vaikutteisen aurali-saation evaluointiTKK, Tietoliikenne-

ohjelmistojen jaMultimedia Lab.

Lönnqvist AnneRadiotaajuisetHologrammit


Maccari AlessandroSoftware architecture

assessments forproduct families

University of Groningen,Software Engineering

Mäkinen Riku MattiSähkömagneettistenkenttien numeerinen

ratkaisu FDTD-menetelmällä

TTKKElektroniikan laitos

Meltaus JohannaPinta-akustiset CRF-

suodattimetTKK

Neitola MarkoLaajakaistaisten sigma

delta muunnintekniikan soveltaminen

uusien A/D- ja D/A-muunnin arkkiteh-

tuurien toteutukseenOY


Historiikki s3-46 18.11.2004, 06:4634


Nurmi SamiJuotosliitoksien

luotettavuus(mm. flip chip)


Nurminen JaniMatalan bittinopeuden

puheenkoodausTTKK, Digitaali- ja

tietokonetekniikka

Nyberg Eeva SiljaVerkon palvelu-

mekanismien kvanti-fiointi paketti- ja vuo-

tasolla palvelun-tarjoajan ja käyttäjän

näkökulmastaTKK, Tietoverkko-

laboratorio

Palomäki Juho KalleTilakuulemisen

laskennalliset mallitaudiosovelluksissaTKK, Akustiikan ja

äänenkäsittelytekniikanlaboratorio

Penttinen Vesa AleksiAd hoc-verkkojen

reititysongelmatTKK, Tietoverkko-

laboratorio

Pihkala KariSMIL-multimediasoitin

TKK

Pulakka KimmoÄlykkäät säätö-

menetelmien sovel-tuvuus tiedonsiirto-

verkkojen tietovoidenhallintaan

TTKK, Tietoliikenne-tekniikan laitos

Raju KarthikeshAdaptive SeparationAlgorithms for Com-

munication ReceiversTKK, lab. of comp.

& inf science

Ryynänen JussiRadiotaajuusosien

integrointi multi-modevastaanottimiin TKK,

Piiritekniikan lab.

Säily JussiMillimetri- ja

alimillimetriaaltoalueenantennimittaustekniikan

kehittäminenTKK, Radiolaboratorio

Sairo HannaUSIX: Älykkäät jakäyttäjäkeskeisetsignaalinkäsittely-

järjestelmät/Matkapuhelimen

käyttäjänpaikantaminen


Salmela PerttuTehokkaat virheen-

korjauskoodaus-menetelmät


Salminen ErnoTehokas kommuni-kaatioarkkitehtuurijärjestelmäpiirejä

vartenTTKK, Digitaali- ja

tietokonetekniikka

Salo TeemuVälitaajuudelta

näytteistävän GSM/UMTS vastaanottimen

analogia-digitaali-rajapinta

TKK, Piiritekniikan lab.

Salonen PekkaTasomaisten Antennien

Kehittäminen Mikro-aaltoalueen Mobiili-

sovelluksiinTTKK


Seppälä AnneSuoraliittäminenanisotrooppisesti

johtavilla liimoillaTTKK


Siltala SamiTurbokoodauksen

soveltaminenhäiriölliseen

tiedonsiirtokanavaanCDMA- ja hajaspektri-

järjestelmissäOY

tietoliikennelaboratorio

Sirbu MariusBlind and Semi-blind

receiver Structures forMIMO Systems

TKKSignal Processing Lab.

Sulonen KatiMatkaviestivälineiden

antennien suorituskykyTKK, Radiolaboratorio

Tauriainen HeikkiSymboliset mallin-

tarkastusmenetelmätlineaarisen ajanominaisuuksien

varifioinnissaTKK, Tietojenkäsittely-

teorian laboratorio

Tervo JaniElectromagneticdiffractive optics

Joensuun yliopisto,Fysiikan laitos

Tiitu MariLocal and overall order

in self-organizedconducting polymers

TKK, Optiikka jamolekyylimateriaali

Tujkovic DjordjeSpace-Time Coding

for Future Wide-BandRadio Systems

OY, CWC

Vähä-Heikkilä TaunoMillimetriaaltoalueenMEMS-komponentit

Turun yliopisto,sovelletun fysiikan laitos

Valkama MikkoTietoliikennevastaan-

ottimetKalifornian yliopisto

Berkeley

Valtonen TuomasThe Zero-Error Network

Turku Centre ofComputer Science

(TUCS)

Virtanen SeppoTACO (Tools for

Application-specificHardware / Software

Co-designTurku Center for

Computing Science

Virtanen TuomasÄänisignaalien

analysointi välitasonesitysmuotojen avulla

TTKK, Signaalin-käsittelyn laitos

Visuri SamuliStatistical Signal

Processing for SmartAntennas and MIMO

SystemsInstitut Eurécom,

Mobile communicatiosdept. Sophia Antipolis,

Ranska

Werner StefanLow-complexity

Adaptive ReceiverAlgorithms for Wireless

CommunicationsTKK

Signal Processing lab

Ylinen JormaPuhelinverkon jaIP-teknologiankonvergenssiTTKK, Porin

korkeakouluyksikkö

Visiting Fellowsand ResearchersM.L. Rodriques

de CamposTilastollisen signaalin-

käsittelyn tutkimus-ja tutkijankoulutus-yhteistyön luominen

OY/Juntti Markku

Delp Edward J.Media Streaming

TTKK/Astola Jaakko

MacKenzie Scott& Brewster StephenInterface and interac-

tion techniques foradvanced computingTampereen Yliopisto/

Räihä Kari-Jouko

Simovski C. R.Antennas utilizingnew engineeredand electrically

controlled materialsTKK/Tretyakov Sergei

Oinas-Kukkonen HarriMobile hypermedia

and collective IQStanford University

Educational AwardsZacharov Nick

Bech SorenBook: The subjective

audio evalutationprimer

Hyvönen EeroOhjelmistoliike-

toiminnan perusteos

Hyvärinen AapoKirja: Independent

Component Analysis(Aapo Hyvärinen, JuhaKarhunen, Erkki Oja)

Lempiäinen JukkaManninen Matti

Radio Interface SystemPlanning for GSM/

GPRS/UMTS

Historiikki s3-46 18.11.2004, 06:4635


Kokkarinen IlkkaKuutti Wille

Nieminen JuhaTietokonegrafiikanyliopistotasoinen

oppikirja

Hottinen AriMulti-antenna

transceiver techniquesfor 3G and beyond

Tirkkonen OlavMulti-antenna


Wichman RistoMulti-antenna


Uusitupa SeppoTeletekniikan

oppimateriaalihanke:Tietoliikennebeepisen

-kirjoittaminen

2002

ScholarshipsAho Eero

Konfiguroitavarinnakkaismuisti multi-

mediasovelluksilleTTKK, tietotekniikanos.

Alakarhu JuhaDRAM-muistien

suorituskyvyn paranta-minen tehokkaallasarakevahvistimien

käytölläTTKK

Alén PetraNitridikalvojen

kasvattaminen ALD-mentelmälle

mikroelektroniikansovelluksiin

HY, epäorgaanisenkemian osasto

Alhoniemi EsaUnsupervised methodsfor analysis of industrial

process dataTKK

Babic DjordjeSampling rate

conversion in softwareradio receivers

TTKK

Belov PavelAnalytical studies ofcomplex microwave

stop band structuresTKK

Bingham EllaTiedonhaun tilastollisetmenetelmät, erityisestiriippumattomien kom-

ponenttien analyysiTKK, tietotekniikan os.

Björklund DagHigh-level Design of Heterogenous

Embedded SystemsÅbo Akademi

César PabloGraphical User

Interface Componentsfor Embedded Devices

TKK

Collin JussiSensoriavusteinenhenkilökohtainen

paikannusTTKK, Digitaali- ja

tietokonetekniikka

Costa-Requena JoseAd Hoc Networks

within UMTSTKK

Cvejic NedeljkoAudio watermaking

algirithms andsteganographic

analysis of audiosignals

OY

Eriksson JanImproved and

Extended Algortihmsfor Blind MIMO

SeparationTKK

Eronen AnttiÄänen lähteenautomaattinen

tunnistusTTKK

Genty GoeryNovel components forhigh-speed telecom-

municationsTKK

Haanpää HarriComputational Genera-tion of Combinatiorial

StructuresTKK, tietotekniikan os.

Häkli JanneKaksiheijastiminen

syöttö hologrammiinperustuvaankompaktiin

antennimittaus-paikkaan

TKK, sähkö-ja tieto-liikenne-tekniikan os.

Harju LasseMonistandardivastaan-

ottimen digitaali-radion toteutus-

menetelmätjärjestelmä-mikro-

piirilläTTKK, Digitaali- ja

tietotek-niikan laitos

Haverinen HenryLangattomien

lähiverkkojen jamobiiliverkkojen

konvergenssiTTKK, tietotekniikan os.

Heikkinen JoukoLangaton tehonsiirto


‘Heiskanen Antti

RF-tehovahvistimensörön muisti-ilmiöiden

analysointi jaminimointi

OY

Henttu PerttiHäiriön vaimennus

laajakaistaisessa tieto-liikennesysteemissä

OY, tietoliikenne-laboratorio

Honkala MikkoRinnakkaiset piiri-

simulointimenetelmätTKK, sähkö-ja tieto-

liikenne-tekniikan os.

Honkala MikkoInteractive XML Devices

TKKtietotekniikan osasto

Jouhti TomiOptisen tietoliikenteen

uusien puolijohde-laserien suunnittelu,

valmistus ja karakteri-sointiTTKK

Kaija TeroKomponentti-mittauksissakäytettävien

testirakenteidenoptimointi

SOI-alustallaTTKK

sähkötekniikan os.

Kalimo HarriRecycling – at cross

roads of environmentalprotection and free

tradeTurun yliopisto,

oikeustieteellinentiedekunta

KämäräinenJoni-Kristian

Tila-taajuus kuva-analyysi Gabor-

suotimillaLTKK

Ketola JaakkoDigitaaliset

ylössekoituspiiritTKK

Kinnula MarianneOhjelmistotilaaja-toimittajasuhteen

onnistumisenedellytykset suhteen

muutosvaiheessaOY, tietojenkäsittely-

tieteen laitos

Kohvakka MikkoUbinode -päätelaitteensuunnittelu ja toteutus

TTKK, tietotekniikka

Korhonen JarmoSemantic web services

and softwarearchitecture

TKK, tietotekniikan os.

Historiikki s3-46 22.11.2004, 07:5236


Kosonen HarriPolymeeriset

”bandgap” -materiaalitTKK, Teknillisen fysiikanja matematiikan laitos

Kurjenniemi JanneRadioresurssien

hallinta langattomissamatkaviestintä-järjestelmissä

Jyväskylän yliopisto

Kuusniemi CamillaVirheentunnistusmatkapuhelimen

käyttäjänpaikannuksessa TTKK,

tietotekniikan os.

Lahtinen VesaValmiiksisuunniteltujen

lohkojen yhteen-liittäminen

mikropiiriensuunnittelussa

TTKK, tietotekniikanos.

Laiho MikaIntegroidut

SovelluskohtaisetRinnakkaisprosessorit

TKK, sähkö-ja tieto-liikenne-tekniikan os.

Laitinen TommiNopeaan antenni-

mittauslaitteistoonsoveltuvan kaksois-

polarisaatioantenninkehittäminen 0.9–3GHz:n tajuusalueelleTechnical University

Denmark

Lehtomäki JanneTietoliikenne-

signaalien ilmaisuOY

sähkötekniikan osasto

Leino JariTx Diversity Schemesin WCDMA networkJyväskylän yliopisto

Li ZhenghongAdaptive MILSE-based

PSP receivers for space-time coded system

OY

Liljeberg PasiAsynkroniset piiriarkki-tehtuurit ja signalointi-

menetelmät tule-vaisuuden tietoliikennejärjestelmä-piirissä

Turun yliopistoInformaatio-

teknologian laitos

Lohan SimonaChannel Estimation for

wideband CDMAreceivers

TTKK

Lönnqvist AnneRadiotaajuisethologrammit

TKK, sähkötekniikka

Mäenpää TopiPaikallisten binääri-

kuvioiden ja väri-information käyttö

reaaliaikaisessa kuva-analyysissä

OY, sähkö- jatietotekniikan osasto

Manner JukkaInteractions of IP QoSand Mobility Manage-

ment in a WirelessAccess Network

HY, Tietojenkäsittely-tieteenlaitos

Niemistö RiittaFast adaptive and

iterative algorithms fordesign of linear filters

TTKK

Pihkala KariAdaptiiviset

multimediaformaatitTKK, tietotekniikan os.

Pirinen PekkaKehittyneiden

laajakaistaistenCDMA-radioverkkojen

kapasiteetti- jakerkkyysanalyysi

OY, sähkö- jatietotekniikan osasto

Punkka KonstaDigitaalisten

signaalinkäsittely-järjestelmien toteutusTTKK, tietotekniikanos.

Purhonen AnuHardware-related

software architecturedevelopment

OY

Raju KarthikeshAdaptive Separation

Algorithms forcommunication

ReceiversTKK

Rissa TeroMethods and tools fordeveloping applica-tions on advanced

reconfigurableplatforms and

programmable systemon-chip devices

University of London,Imperial College,

Dept. of Computing

Saarinen Jarkko J.Nanokomposiittien

optiset ominaisuudetja dispersioteoriaJoensuun yliopisto

Sairo HannaSatelliittipaikannus-datan jalostaminen

TTKK, tietotekniikan os.

Salminen ErnoVäitöskirja:

Järjestelmäpiirienkommunikointi-

menetelmien tutkimusja kehitys

TTKK, Digitaali- jatietotekniikan laitos

Salo TeemuDigitaalisen kanavan-

valinnan mahdollistavaanalogia-digitaali-rajapinta matka-puhelinvastaan-

ottimeenTKK, Piiritekniikan lab.

Savikunnas PasiMonielementtisten

antennien optimointiMIMO-järjestelmissä

TKKSähkö- ja tietoliikenne-

tekniikan osasto

Seppälä AnneSuoraliittäminenanistrooppisesti

johtavilla liimoillaTTKK

sähkötekniikan os.

Silverajan BilhananExtending CORBA

technology for nextgeneration network

appliationsTTKK

Sirbu MariusChannel Estimation and

Equalization Tech-niques for MIMO

SystemsTKK

Tohka JussiGlobaaliin optimointiinperustuvat mukautuvat

pintamallitTTKK, Tietotekniikka

Väänänen OlliMatkaviestintäjärjes-telmän tukiaseman

tehovahvistimenhyötysuhteenparantaminen

käyttämällä digitaalisiasignaalinkäsittely-

menetelmiäTKK

Vähä-Heikkilä Tauno0,1–110 GHz RF

MEMS komponentitTurun yliopisto

Valtanen JaniElektroniikan liitos-

tekniikoiden luotetta-vuuden laskennallinen

mallinnusTTKK

Valtonen TuomasNew Concepts for

Future InformationProcessing and

TelecommunicationTurun yliopisto

Vanne JarnoMultimedia ProcessorUtilizing Configurable

Parallel MemoryArchitecture

TTKK

Vecelinovic NenadJoint Iterative Decoding

and InteferenceSuppression in Future

Wireless SystemsOY

Virtanen TuomasÄänisignaalien sisällön

analyysi välitasonesitysmuotojen avulla

TTKK

Vuori VuokkoAdaptive methods foron-line recognition ofisolated handwritten

charactersTKK

tietotekniikan osasto

Visiting FellowsRutledge David

Visiting Professor atHUT Radio Laboratory

in 2003HUT/Räisänen Antti

Helsinki University ofTechnology

Matsumoto TadashiNew technology

creation and accurateperformance evalua-

tion in real fieldsOY, CWC

Historiikki s3-46 18.11.2004, 06:4637


Chua LeonNonlinear Information

Processing viaNonlinear Dynamics

and Bifurcation TheoryHUT

Visiting ResearchersKurimo Mikko

The challenges ofspeech recognition in

starting large-scalespeech and languagetechnology research

projects

Nock RichardAlgorithmic MachineLearning and Image

Understanding

Visuri SamuliStatistical signal

processing for MIMOsystems

Educational AwardsEskelinen PekkaEskelinen Harri

Oppikirja:Microwave Component

Mechanics

Vankka JoukoKirja kirjoittamiseen

digitaalisistaradiolähettimistä

Tuohi JukkaFysiikan

oppimateriaalinlaatiminen

ammattikorkea-koulujen insinööri-

koulutukseen

Inkinen PenttiFysiikan



koulutukseen

Manninen ReijoFysiikan



koulutukseen

Rahkonen TimoDistortion in RF Power

Amplifiers -kirjankirjoittaminen

Mertanen OlliHarjoitusyritysprojekti

Räisänen AnttiFundamentals of Radio

Engineering forWireless Communica-

tion and SensorApplications

Lehto ArtoFundamentals of Radio

Engineering forWireless Communica-

tion and SensorApplications

Lappi Esa IlmariRyhmähengen

merkitys matematiikanopetuksessa

Kontio JuhaExperiencing

Distributed SoftwareDevelopment

2003

ScholarshipsAhmed MohammedSliding mode control

for switch mode powersupply

LTY

Alakarhu Juha HeikkiMuistijäljen mallin-tamiseen perustuvaDRAM-järjestelmän

suunnitteluTTY

Tietotekniikan osasto(Tampereen teknillinen

korkeakoulu)

Alén Petra JohannaNitridikalvojenkasvattaminen

ALD-menetelmällämikroelektroniikan

sovelluksiinHelsingin yliopisto,

Epäorgaanisenkemian os.

Antoniac Peter MihaiMobile Augmented

Reality Interface SignInterpretation

Language (MARISIL)Oulun yliopisto

Battarbee KatjaMarika

Co-experience– User Experience

in InteractionTaideteollinenkorkeakoulu,

Muotoilun osasto

Bilcu Radu CiprianAdaptive Finite Impulse

Response Filters andApplications

Tampere University ofTechnology, Institute of

Signal Processing

Björklund Dag WikingHigh-level Designof Heterogeneous

Embedded SystemsÅbo Akademi, KemiskTekniska Fakulteten

Boda Péter PálSemantiikka laajem-

massa mielessä:Yhtenäinen lähestymis-tapa multimodaaliseen

fuusioon, kielenymmärtämiseen ja

kontekstin tulkintaaTKK/MIT

Spoken LanguageSystems Group

Borkowski Maciej JanVery low noise sigma-

delta frequencysynthesis

Oulun yliopisto

César PabloGraphical User

Interface Componentsfor Embedded Devices

TKKelecomm. Softwareand Multimedia lab.

Eriksson Jan MauritzTheory and Algorithms

of IndependentComponent Analysis

and Signal SeparationTKK, Sähkö- jatietoliikenne-

tekniikan osasto

Häkkilä Jonna-RiittaInteraction with

Context-Aware MobileHandheld Devices

Oulun yliopisto

Hämäläinen MattiIlmari

Ultra Widebandco-existence studies

Oulun yliopisto

Hämäläinen PerttuJuho

Tietokonenäköön ja-kuuloon perustuvat

opetuksellisetkäyttöliittymät

TKKTietotekniikan osasto

Harju Lasse KalervoMonistandardi-vastaanottimendigitaaliradion

toteutusmenetelmätjärjestelmämikropiirillä

TTYTietotekniikan osasto

Hasu Vesa PetteriAdaptiivinen

keilanmuodostus jatehonsäätö

langattomassatietoliikenteessä

TKK

Himberg KlausJohan ChristianKäyttöliittymät jatiedon louhinta

TKK

Kaija Tero VeikkoKomponenttimit-

tauksissa käytettävientestirakenteidenoptimointi SOI-

alustallaTTY


Kalliomäki IlkkaVeikko Johannes

Probabilistic methodsfor pose-invariant

recognition incomputer vision


tekniikan osasto

Kaukovuori JouniKristian

Matalan tehon-kulutuksen radio-

taajuuspiirienintegrointi CMOS-

teknologiallaTKK

Sähkö- ja tietoliikenne-tekniikan osasto

Keränen KimmoPhotonic module

miniaturization andintegration process

Oulun yliopisto

Historiikki s3-46 22.11.2004, 07:5238


Kohvakka MikkoJalmari

Ubiquitous-verkonsuunnittelu ja toteutus


Koskinen HenriMarkus

Ad hoc-verkkojensuorituskykyanalyysi


tekniikan osasto

Krogerus JoonasVeli-Allan

Development ofAntenna PerformanceMeasurement Methods

and Multi-AntennaStructures for Mobile

TerminalsTKK


Kurjenniemi JanneRadioresurssien

hallinta tulevaisuudenmatkapuhelin-järjestelmissä


Kuusniemi HeidiCamilla

Virheentunnistusmatkapuhelimenkäyttäjän paikan-

nuksessaTTY/ Dept. of

Geomatics Engineering,University of Clagary

Kylmäkoski VeikkaRoope Olavi

Tehostettua tuotteidenmäärittelyä

ohjelmistoprojekteissaRaPiD7 menetelmällä

TTY

Latvala Timo MikaelAsynkronistenjärjestelmien

mallintarkastusTKK

Tietotekniikan osasto

Lehtinen VesaKalervo

Digitaalisiasignaalinkäsittely-algoritmeja sekä

niiden epäideaali-suudet ja analyysi-menetelmät tieto-

liikennejärjestelmissäTTY, Tietotekniikan

osasto

Lehtomäki JanneJooseppi

Tietoliikennesignaalienilmaisu

Oulun yliopisto

Leino Jari TapioMoniantennijärjestelmätlangattomissa matka-

viestinjärjestelmissäJyväskylän yliopisto,Tietotekniikan laitos

Leppänen Sari MaijaRigorous Development

of CommunicatingSystems


Liljeberg Pasi KristianAsynkroniset piiri-arkkitehtuurit ja

signalointimenetelmättulevaisuuden tieto-liikennejärjestelmä-

piireissäTurun yliopisto,

Informaatio-teknologian laitos

Loikkanen Mikko TopiAudio-ja tehonsäätö-

rakenteiden pieni-tehoiset matalan

käyttöjännitteen CMOStehovahvistimet

Oulun yliopisto, Sähkö-ja tietotekniikan osasto

Makkonen MattiTapani

Akustiset pinta-aalto-suodattimet Bluetooth-standardiin ja langat-

toman lähiverkon(5GHz) taajuuksille

TKK, teknillisen fysiikanja matematiikan osasto

Miao HongleiPilot Based and Blind

Channel Estimation forWireless MIMO-OFDM

System Oulun yliopisto

Miettinen Jani TapioMikroelektroniikan 3D

pakkaustekniikanluotettavuutta käsit-televä väitöstutkimus

TTYsähkötekniikan osasto

Moltchanov DmitriPacket level perform-ance evaluation of 4G

All-IP mobile networksTTY


Ojansivu Ville PerttiJohannes

Video stabilization andapplications


Paavola Jarkko IlariSignal Design for High-

Capacity CDMANetworks

Turun yliopisto,informaatio-

teknologian laitos

Penttilä KatariinaMaaria

RFID-lukijan kehittä-minen tulevaisuuden

automatisoituun läsnä-aly-tunnistukseen

Tampereen teknillinenyliopisto

Pesonen Lauri IljaWaltter

Autentikointi javaltuutus avoimissa jalaajastihajautetuissa

järjestelmissäUniversity of Cambridge,

Computer Laboratory

Pirinen Tuomo VäinöVilhelm

Aikaeroon perustuvatulosuunnan arviointi


Poikonen JonneKalevi

Analogistenrakenteiden optimointi

suuritehoista rinnak-kaisprosessoria varten

Turun yliopisto,informaatio-

teknologian laitos

Riihimäki JouniAntero

HW:n mallinnus javarmennus korkealla

abstraktitasollaTTY


Ritari Tuomo MatiasFotonikidekuitujen

optiset ominaisuudetja sovellukset tieto-

liikennetekniikassaTKK


Riva ClaudioArchitecture

ReconstructionVienna University of

Technology

Roman Timo EricAdvanced Receiver

Algorithms for Multi-carrier MIMO Communi-

cation SystemsTKK


Salo Jari PekkaRadiokanavan Markov-

mallinnus moni-antennijärjestelmissä


tekniikan osasto

Siekkinen MattiMikael

Network Tomographyapplied to TCP

Institut Eurécom/University of Nice-Sophia Antipolis

Siivola Vesa SakariKielen mallintaminen

puheentunnistustavarten

TKK, Informaatio-tekniikan lab.

Sirola Niilo TorstenAlgoritmeja sateliitti-

ja tukiasemapaikannus-datan yhdistämiseen

TTY

Sommarek JohanValfrid Daniel

Monistandardi modula-attorin toteuttaminendigitaalis-analogisenaintegroituna piirinä ja

digitaali-analogiarajapinnan siirtäminen

kohti antenniaTKK


Teikari Ilari AleksiTehovahvistimien

digitaaliset lineari-sointimenetelmät


tekniikan osasto

Tiuraniemi TeemuSakari

Ultra Widebandsystems

Oulun yliopisto/SwissFederal Institute of

Technology

Historiikki s3-46 18.11.2004, 06:4639


Toivonen TuukkaOlli Artturi

Muunnospohjainenliikkeen estimointi

Oulun yliopisto, sähkö-ja tietotekniikan osasto

Tölli Antti HeikkiRadioresurssien

hallinta tulevaisuudenlangattomissa (4G)

matkaviestintä-järjestelmissä

Oulun yliopisto,sähkö-osasto

Uusikartano RikuHenrik

Hardware-efficientintermediate frequency

signal processingarchitecture for digital

transceiversTTY


Väänänen OlliJohannes

Tehovahvistimenhyötysuhteen paran-taminen digitaalisilla

signaalinkäsittely-menetelmillä


tekniikan osasto

VainionpääAnne-Maria

Vertikaalisella geo-metrialla toteutettavatultranopeat valolähteetTampereen teknillinen

yliopisto,Optoelektroniikan

tutkimuskeskus

Vakaslahti PasiMarkus

Corporate Networks:Software co-develop-ment in the context ofproduct process, value

chains and businessmodels

Tampereen teknillinenyliopisto/UNM & Santa

Fe Institute

Valtanen Jani LauriJohannes

Elktroniikan liitos-tekniikoiden luotet-

tavuuden lasken-nallinen mallinnus

TTYsähkötekniikan osasto

Vanne Jarno JohannesParallel Memories

for Application Specificand General-Purpose

DesignTTY, Institute of Digitaland Computer Science

Vartiainen JuhaJohannes

Quantum Computingon Superconducting

CircuitsTKK, teknillisen fysiikanja matematiikan osasto

Veselinovic NenadJoint Iterative Decoding

and InterferenceSuppression in Future

Wireless SystemsOulun yliopisto, CWC

Viholainen Ari TapioFilter Bank Design

for Multicarrier SystemsTTY


Virrankoski ReinoVeikko Tapio

Localization in WirelessAd-Hoc Networks

TKK/Yale University

Virtanen Satu ElisaEpäuniformien

satunnaisverkkojenalgoritmit

TKK,tietotekniikan osasto/

Chilen yliopisto

Vuokko LasseVeikko Samuli

MIMO radio systemsand radiowave

propagationTKK, Radio lab.

Zhang JianQoS- and revenue-aware scheduling

algorithms for webserver systems


Zheng XiasongEnterprise mobile

services, a case study ofmobile virtual meeting

Oulun yliopisto

Visiting FellowsDaoud Fawzi

Models/StrategiesAnalysis for FutureMobile Operators

TKK/Hämmäinen Heikki

Joseph AnthonyGriffin: A Predictive,

Adaptive Environmentfor Mobile ApplicationsHIIT/Raatikainen Kimmo

Sihngi Navin Kumar M.Algebraic Discrete

Mathematics, Codesand Data Compression

TTY/Foldes Stephan

Wu XiaolinMulti-resolution

coding of digital mediacontents for wireless

communicationsJoensuun yliopisto/

Fränti Pasi

Visiting ResearchersEnescu Mihai

Advanced TransceiverAlgorithms for MobileBraodband Wireless

Access SystemsInstitute of communi-

cations and Radio-Frequency EngineeringTechnische Universität

Wien

Koppinen KonstaPetteri

Automatic Generationof Features for Speech

Recognition UsingEvolutionaryComputationUniversity of

California, Berkeley

Kordás KrisztiánJózsef

RF and microwaveMEMS accomplishedby high-resolutionmask-less methods

University of Arkansas

Salonen Pekka OlaviKangasantennien

kehittäminenälyvaatteisiin

University of California

Tsaparas PanayiotisInformation retrieval inpeer-to-peer networks

HIIT, Aristides Gionis,Heikki Mannila

Educational AwardsAho Isto Johannes

Algoritmimatematiikanoppikirja

Tampereen yliopisto

Lempiäinen JukkaUMTS Radio Network

Planning, Optimizationand QOS Management

-oppikirjaKluwer Academic Press

Lugmayr Artur RolandText Book Preparation:

Metadata in DigitalTelevision

TTY

Mäkinen Erkki JuhaniAlgoritmimatema-

tiikan oppikirjaTampereen yliopisto

Manninen Matti OlaviUMTS Radio Network

Planning, Optimizationand QOS Management

-oppikirjaKluwer: UMTS RadioNetwork Planning,

Optimization and QOSManagement -oppikirja

Mikkonen TommiMobiiliohjelmointi-

oppikirjan viimeistelyTampereen teknillinen

yliopisto

Niiranen SamuliTapani

Text Book Preparation:Metadata in Digital

Television

Poranen Timo TaneliAlgoritmimatematiikan

oppikirjaTampereen yliopisto

Salomaa Martti MikaelOppikirja:

Quantum Computing– from Linear Algebra

to Physical RealizationsTKK

Sisättö Seppo MatiaseEverything – the

Media ConvergenceStanford University

Zacharov NickVladimir

Book wiriting entitled:The Perceptual Audio

Evaluation PrimerNokia - NRC

Historiikki s3-46 18.11.2004, 06:4640


2004

ScholarshipAaltonen Timo

OIVA (Oikeellisuudenvalidointi horisontaali-arkkitehtuurien avulla)

Tampereenteknillinen yliopisto


Aaltonen Titta KatriinaJalometalliohutkalvojenkasvattaminen atomi-kerroskasvatus-mene-telmällä mikroelektro-

niikan sovelluksiinHelsingin yliopisto

Epäorgaanisen kemianlaboratorio

Abdenour HadidLearning and recogniz-ing faces from imagesequences Electrical

and InformationEngineering Department

University of Oulu

Abrudan TraianEmanuel

Advanced receivers formulticarrier systems inwireless communications

Helsinki University ofTechnology, Electricaland Communications

Engineering Department

Aho Eero TapaniKonfiguroitava

rinnakkaismuisti multi-mediasovelluksille



Ahonen Timo JuhaniTekstuurimenetelmien

kehitys ja soveltaminenluonnollisten kuvien

analysointiinOulun yliopisto, sähkö-ja tietotekniikan osasto

Antila Johanna MariaAdaptiiviset vuoron-

jakoalgoritmit japääsynvalvonta

Teknillinen korkeakoulusähkö- ja tietoliikenne-

tekniikan osasto

Arian PeymanOptimization tech-

niques for designingcomputationally

efficient linear-phaseFIR filters

Tampereen teknillinenyliopisto, Signaalin-

käsittelyn laitos

Arvo Jukka-PekkaEfficient Algorithms forHardware-Acceleated

Shadow MappingTurun Yliopisto

Informaatioteknologianlaitos

Bilcu Eniko BeatriceNeural Networks

for Text-to-PhonemeMapping

Tampere University ofTechnology, Institute of

Signal Processing

Borkowski Maciej JanDelta Sigma

Modulation in RadioFrequency SynthesisUniversity of Oulu,

Department ofElectrical and Informa-

tion Engineering

Ginter FilipNatural language

processing of scientificpublications

Turku Centre forComputer Science (TUCS)

Hakkarainen VäinöJuhani

Nopeat ja tarkatAD-muuntimet

telekommunikaatiosovellutuksiin

Teknillinenkorkeakoulu, Sähkö- jaTietoliikennetekniikka

Hammouda ImedManaging multi-

dimensional softwaresystems: tools and

applications.Institute of Software

Systems, TampereUniversity of Technology

Han ShengnanUnderstanding UserAdoption of Mobile

Technology: Focus onFinnish Physicians

Åbo AkademiUniversity, Institue for

Advanced ManagementSystems Research

(IAMSR)

Hannuksela JariSamuli

Visuaalisia seuranta-tekniikoita kamera-pohjaisiin käyttö-

liittymiinOulun Yliopisto, Sähkö-ja tietotekniikan osasto

Hansen Henri JuhaniTila- ja tapahtuma-pohjaiset mallit ja

determinismi prosessi-algebrallisessaverifioinnissa.

TampereenTeknillinen Yliopisto,

Tietotekniikka

Harjula Ilkka SimeonChannel Estimation

and Synchronizationin Space-Time Coded

OFDM SystemsOulun Yliopisto, sähkö-ja tietotekniikan osasto

Heikkinen Jari MikkoSiirtoihin liipaisevan,

sulautetuissa järjestel-missä käytettävän

prosessoriarkkitehtuurinmuistin- ja tehon-

kulutuksen optimointi.Tampereen

teknillinen yliopistoTietotekniikan osasto

Helovuo JuhanaValtteri

Funktionaalinentoteutustekniikkasignaalinkäsittely-

algoritmeilleTampereen


Herrero CarlosData Transmission

in Digital TelevisionNetworks

Helsinki Universityof Technology,

Computer Science

Hollanti CamillaJohanna

Applications of crossedproduct algebras in

MIMO space-time codingTUCS

Dep. of Mathematics

Hämäläinen PerttuJuho

Tietokonenäköön ja-kuuloon perustuvat

opetuksellisetkäyttöliittymät

Teknillinenkorkeakoulu,


Härkönen AnttiTuomas

Surface-normalsemiconductor devices

for optical clockingTampereen teknillinen

yliopisto, teknis-luonnontieteellinen

osasto

Kangas Tero MatiasDigitaalisten

järjestelmäpiirienalustapohjaiset

suunnittelumenetelmätTampereen


Kangasvieri TeroJuhani

RF Performance andReliability of HighlyIntegrated MultichipModule Assembliesfor Future Wireless

SystemsUniversity of Oulu

Karpov EvgenySpeaker Identificationin Mobile EnvironmentUniversity of Joensuu

department ofComputer Science

Kaski Petteri SamuelKombinatorisia algo-ritmeja luokitteluun

ja optimointiinTeknillinen

korkeakouluTietotekniikan osasto

Kelloniemi AnttiPekka

Huoneakustiikanmallintaminen

aaltojohtoverkkoakäyttäen

Teknillinen korkeakouluSähkö- ja tietoliikenne-

tekniikan osasto

Koskinen TomiVeikko Mikael

Alimillimetriaaltoalueenhologrammiin

perustuva kompaktiantennimittauspaikka


tekniikan osasto

Kostov KonstantinStoychev

Dynamic Modellingand Analysis of

Distributed PowerSupply Systems

Helsinki Universityof TechnologyDepartment of

Electrical and Commu-nications Engineering

Historiikki s3-46 18.11.2004, 06:4641


Kouropteva OlgaNon-linear

DimensionalityReduction in Visualiza-tion and Classificationof High-Dimensional

DataUniversity of Oulu

Department of Elec-trical and Information

Krendzel AndreyNetwork PlanningAspects for 3G/4G

Mobile SystemsTampere University

of TechnologyDepartment of

Information Technology

Krogerus JoonasVeli-Allan

Matkaviestinlaitteidenantennien suoritus-kyvyn mittausmene-

telmien kehittäminenTeknillinen KorkeakouluSähkö-ja Tietoliikenne-

tekniikan Osasto

Lehtimäki Pasi TapioData-analysis methods

for Mobile NetworkQuality Monitoring,Fault Diagnosis and

PerformanceOptimization

Teknillinen KorkeakouluTietotekniikan osasto

Makkonen MattiTapani

Akustiset pinta-aalto-suodattimet langat-

toman lähiverkon(5 GHz) taajuuksille

Teknillinen korkeakouluTeknillisen fysiikan jamatematiikan osasto

Matinlassi Mari TainaElina

Laatuohjattuarkkitehtuurimallin

transformaatioOulun yliopisto

luonnontieteellinentiedekunta, tietojen-käsittelyopin laitos

Melvasalo MaaritInka Susanna

Multiantenna receivers(MIMO) in High Speed

Downlink Packet Access(HSDPA) Systems

Teknillinen KorkeakouluSähkö- ja tietoliikenne

tekniikka

Miao HongleiSpace-time processingfrom centralized MIMOsytem to distributedwireless networks:Channel estimationand signal design

Department ofElectrical Engineering

University of Oulu

Moltchanov DmitriPacket level perform-ance evaluation of 4G

All-IP mobile networksTampere University

of Technology, Instituteof Communications

Engineering

Mäkinen Jari MikaelSource adaptation

and audio extensionsfor AMR codec family



Mäntysalo MattiJuhani

Mikroelektroniikan3D-rakenteiden

sähkömagneettinenmallintaminen



Nurmi Sami TapaniThe Reliability of

SnAgCu Solder JointsUnder Thermo-

mechanical StressesTampereen

teknillinen yliopistoSähkötekniikan osasto

Nurmi Tero JuhaniArchitecture/TechnologyExploration of System-

on-Chip Modulestowards Nano-technologies

Turun YliopistoInformaatioteknologian

laitos

Oikarinen EmiliaKristiina

Modulaarinendeklaratiivinen

sääntöpohjainenrajoiteohjelmointi

Teknillinen korkeakouluTietotekniikan osasto

Paavola Jarkko IlariSignal Design

for High-CapacityCDMA NetworksTurun Yliopisto


Peltomäki MiaMarjukka

Loogisen päättelynformaalit menetelmät

matematiikanja tietotekniikan

lukio-opetuksessaTurun yliopisto


Peltonen JariPetri Olavi

Customizable ToolSupport for Software

Development Processes– a Visual Language

Based ApproachTampereen

teknillinen yliopistotietotekniikan osasto,ohjelmistotekniikka

Penttilä KatariinaMaaria

RFID lukijan kehittä-minen tulevaisuuden

automatisoituuntunnistukseen



Pertilä Pasi EerikkiÄänilähteen paikannus



Piatnitsa VadimInvestigation and

design of miniaturizedpassive components forWireless Communication

System applicationbased on the novel

multilayer technologyElectrotechnical

University ofSt.Petersburg

MicroelectronicsLaboratory, Depart-

ment of Engineering

Pirinen TuomoVäinö Vilhelm

Aikaeroon perustuvatulosuunnan arviointi

TampereenTeknillinen Yliopisto

Tietotekniikan Osasto

Pogossova EkaterinaSpectral techniques:Fast algorithms and

applications in signalprocessing, logic design

and communicationsTampere University ofTechnology, Depart-ment of Information

Technology

Pohja MikkoJohannes

Browser Component APITeknillinen KorkeakouluTietotekniikan osasto

Poikonen JonneKalevi

Analogistenrakenteiden optimointi

suuritehoista rinnak-kaisprosessoria varten

Turun yliopisto

Puttonen Jani PaavoJohannes

Liikkuvuuden hallintatulevaisuuden langat-

tomissa verkoissaJyväskylän yliopistoTietotekniikan laitos

Pyysalo SampoMikael

Structured InformationExtraction from

Scientific Publications:A Knowledge-RichMachine Learning

ApproachTurun yliopisto

Informaatioteknologianlaitos,

tietojenkäsittelytiede

Rahtu Esa MikaelInvariantit menetelmäthahmontunnistuksessaOulun yliopisto, Sähkö-ja tietotekniikan osasto

Ranvier SylvainRadio Wave Propaga-tion and Antennas for

Very Broadband MobileCommunications

Helsinki University ofTechnology, Depart-

ment of electrical andcommunications

engineering

Rautiainen MikaPetteri

Digitaalisen videonsisältöanalyysi-

menetelmätvideonhallinta-järjestelmissä


Historiikki s3-46 18.11.2004, 06:4642


Ribeiro CassioBarboza

Stochastic maximum-likelihood MIMO Pro-pagation parameter

estimationHelsinki University of

Technology, SignalProcessing Laboratory

Ristimäki TapioVeli Juhani

Väistöskirjatutkimus:Uudelleen-

konfiguroitavuusjärjestelmäpiireissä



Shahed haghghadam Ali

Advance digital signalprocessing (DSP)

methods for compen-sating nonidealitiesin communications

receiversTampere University ofTechnology, Depart-ment of Information

Technology,

Saukoski Mikko HeikkiMikromekaanisen

gyroskoopin integroituluku- ja ohjaus-

elektroniikkaTeknillinen korkeakouluSähkö- ja tietoliikenne-

tekniikan osasto

Sirola Niilo TorstenAlgoritmeja satelliitti-ja tukiasemapaikannus-

datan yhdistämiseenTampereen

teknillinen yliopisto

Sommarek JohanValfrid Daniel

Digital Modulators withOn-chip D/A convertersHelsinki University ofTechnology, Depart-

ment of Electrical andCommunications

Engineering

Suliman IsameldinMohammed

Performance Studiesof Heterogeneous

Wireless Networks:With Resource

Allocation IssuesUniversity of Oulu

TelecommunicationLaboratory

Tamminen ToniTapani

Bayesilaiset menetel-mät tietokonenäössä


tekniikan osasto

Tiitu Mari HanneleLocal and overall

order in self-organizedconducting polymers

Teknillinen korkeakouluTeknillisen fysiikan jamatematiikan osasto

Toivonen TuukkaOlli Artturi

Muunnospohjainenliikkeenestimointi

Oulun Yliopisto, Sähkö-ja tietotekniikan osasto

Tölli Antti HeikkiRadioresurssien

hallinta tulevaisuudenlangattomissa

4G) matkaviestintä-järjestelmissä

Oulun Yliopisto, Sähkö-ja tietotekniikan osasto

Vapa Mikko AnteroLisensiaattityön

kirjoittaminen aiheenaNeuroSearch: Adaptive

Resource DiscoveryAlgorithm for

Peer-to-Peer NetworksJyväskylän yliopisto,Tietotekniikan laitos

Vesalainen LauraIlona

Datamuunnin- jasumeanlogiikan-

lohkojen kehittäminenrinnakkaisprosessori-

rakenteeseenTurun yliopisto

IT-laitosMikroelektroniikan

laboratorio

Vihonen Juho VilleSignaalin

havaitseminenheikoissa signaali-

kohina olosuhteissa(RF-teknisissäsovelluksissa)

TampereenTeknillinen YliopistoSignaalinkäsittelyn

laitos

Viinikka Jouni MatiasAnalysis tools for security

alert managementUniversité de Caen,

Informatique(Tietotekniikka)

Vuokko LasseVeikko Samuli

MIMO radio systemsand radiowave

propagationTeknillinen

Korkeakoulu

Visiting FellowCavallaro Joseph

ReconfigurableBaseband Architectures

for 4G MIMOWireless Systems

University of Oulu,CWC/Juntti Markku

Flikkema PaulSelf-Organization andResource Management

in Wireless Sensor/Actuator NetworksHelsinki University

of Technology/Koivo Heikki

Karpovsky MarkApplications of spectral

logic in the designof digital circuits

Tampere Universityof Technology/Astola Jaakko

Katkovnik VladimirScale-AdaptivePhoton-Limited

Image ProcessingTampere University

of Technology/Astola Jaakko

Tenhunen HannuIntegrated Autonomous

Self-Aware Nano-electronics (INSANE)University of Turku/

Isoaho Jouni

Visiting ResearcherCvejic NedeljkoMerging digital

watermarking andfingerprinting into a

novel DRM frameworkUniversity of Maryland

El-Sallabi HassanDevelopment of

MIMO Channel modelsfor 4G Mobile Commu-

nication SystemsStanford University USA

Educational AwardIpatov Valeri

PavlovichTextbook Spread

Spectrum and CDMA:Principles andApplications

Isoaho Jouni AnteroDevelopment of lecturematerial for advancedinterconnect centricdesign of single chip

systems

Jantsch AxelDevelopment of lecturematerial for advancedinterconnect centricdesign of single chip

systems

Kokkarinen IlkkaMarkus

The book: Java, Prologja Python

Koskimies KaiOhjelmistoarkkitehtuuri-oppikirjan viimeistely

Mikkonen TommiOhjelmistoarkkitehtuuri-oppikirjan viimeistely

Nurmi JariDevelopment of lecturematerial for advancedinterconnect centricdesign of single chip

systems

Tenhunen HannuDevelopment of lecturematerial for advancedinterconnect centricdesign of single chip

systems

Historiikki s3-46 18.11.2004, 06:4643


Board members of Nokia Foundation 1995–2004

1995

Juhani Kuusi, Nokia Research Center, Chairman

Jaakko Astola, Tampere University of Technology

Jorma Lammasniemi, VTT Technical Research Center of Finland

Kaj G. Lindén, Nokia Corporation

Yrjö Neuvo, Nokia Mobile Phones

Heikki Saikkonen, Helsinki University of Technology

Administrative Officer: Markku Ranta, Nokia Research Center

1996


Sven-Gustav Häggman, Helsinki University of Technology

Pentti Leppänen, University of Oulu

Markku Renfors, Tampere University of Technology




1997


Antti Räisänen, Helsinki University of Technology

Jaakko Talvitie, University of Oulu

Petri Vuorimaa, Tampere University of Technology




1998


Veikko Porra, Helsinki University of Technology

Pentti Leppänen, University of Oulu

Pauli Kuosmanen, Tampere University of Technology



Administrative Officer: Simo Luiro, Nokia Research Center

1999


Ralph Back, Åbo Akademi University

Jorma Lammasniemi, VTT

Erkki Oja, Helsinki University of Technology




2000


Ralph Back, Åbo Akademi University

Matti Latva-aho, University of Oulu

Markku Kivikoski, Tampere University of Technology


Tytti Varmavuo, Nokia Corporation



Historiikki s3-46 18.11.2004, 06:4644


2001


Jouni Isoaho, University of Turku






Administrative Officer: Heikki Välisuo, Nokia Research Center

2002





Olli Simula, Helsinki University of Technology




2003


Ilkka Haikala, Tampere University of Technology


Olli Silvén, University of Oulu


Yrjö Neuvo, Nokia, Technology, Group Executive Board

Tero Ojanperä, Nokia Research Center


2004

Tero Ojanperä, Nokia Research Center, Chairman

Ilkka Haikala, Tampere University of Technology

Tapio Salakoski, University of Turku

Olli Silvén, University of Oulu


Yrjö Neuvo, Nokia, Technology, Group Executive Board

Jukka Saarinen, Nokia Research Center


Secretary of the Board of Nokia Foundation 1996–2004

Taru Laitinen, Nokia Research Center.

Historiikki s3-46 18.11.2004, 06:4645

Editor: Tanja Hietaniemi

Foundation Grants: Heikki Välisuo

Photos: Nokia, Nokia Foundation archives, Interviewees’ personal archives, Tanja Hietaniemi

Graphic Design: Louise Boström Oy

Finnish version can be found: http://www.nokia.fi/nokia/yhteiskunta/saatio

Historiikki s3-46 18.11.2004, 06:4646

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