16454837 anna university ece part time 2009 regulation

8/14/2019 16454837 Anna University ECE Part Time 2009 Regulation

1/88

ITEM NO. FI 13.07(3)

ANNA UNIVERSITY CHENNAI :: CHENNAI 600 025

UNIVERSITY DEPARTMENTS

CURRICULUM R 200

!.E. (PART TIME) ELECTRONICS AND COMMUNIATION EN"INEERIN"

SEMESTER I

S.NO.COURSE

CODECOURSE TITLE L T P C

THEORY

1. PTMA9111 Applied Mathematics 3 1 0 42. PTPH 9111 Applied P hysics 3 0 0 33. PTGE 9261 Environmental cience and En!ineerin! 3 0 0 3#. PTE" 91#1 Electron $evices 3 0 0 35. PTE" 91#2 "irc%it Analysis 3 1 0 4

TOTAL 15 2 0 17

SEMESTER II

S.NO.COURSE


THEORY

1& PTMA 9211 Trans'orms and Partial $i''erential E(%ations 3 1 0 42& PTE" 9201 Electroma!netic )ields and *aves 3 0 0 33& PTE" 9202 Electronic "irc%its+ , 3 0 0 3

4& PTE" 9203 i!nals and ystems 3 1 0 4PRACTICAL

#& PTE" 9204 Electronic "irc%its -a. 0 0 3 2TOTAL 12 2 3 16

SEMESTER III

SEMESTER IV

S.NO. CODE NO. COURSE TITLE L T P C

THEORY

1& 2 PTE" 92#1 $i!ital Electronics and ystem $esi!n 3 1 0 42& 3 PTE" 92#2 Electronic "irc%its+ ,, 3 1 0 4

3& 4 PTE" 92#3 "omm%nication ystems 3 0 0 34& # PTE" 92#4 "ontrol ystems 3 1 0 4PRACTICAL

#& PTE" 92#/ $i!ital ystem -a. 0 0 3 2TOTAL 12 3 3 17

1


2/88

S.NO.COURSE


THEORY

1& PTE" 9301 $i!ital "omm%nication Techni(%es 3 0 0 3

2& PTE" 9302 -inear ,nte!rated "irc%its 3 0 0 3

3& PTE" 9304 $i!ital i!nal Processin! 3 1 0 4

4& PTE" 930# Transmission -ines and *ave G%ides 3 0 0 3PRACTICAL

#& PTE" 9309 "omm%nication ystem -a. 0 0 3 2

TOTAL 12 1 3 15

SEMESTER V

S.NO.COURSE


THEORY1. PTE" 9303 Microprocessors and Microcontrollers 3 0 0 32. PTE" 93#3 "omm%nication etors 3 0 0 33. PTE" 93#4 Antenna and *ave Propa!ation 3 0 0 3#. PTE" 93## $i!ital -, 3 0 0 3

PRACTICAL

5. PTE" 930/ Microprocessor and Microcontroller -a. 0 0 3 2TOTAL 12 0 3 1#

SEMESTER VI

S.NO.COURSE


THEORY

1. PTE" 9401 ) and Microave En!ineerin! 3 0 0 3

2. PTE" 9402 5ptical "omm%nication 3 0 0 3

3. Elective , 3 0 0 3

#. Elective ,, 3 0 0 3

PRACTICAL

5. PTE" 9403 -, $esi!n -a. 0 0 3 2

TOTAL 12 0 3 1#

2


3/88

SEMESTER VII

S.NO.COURSE


THEORY

1& PTMG 9401 Principles o' Mana!ement 3 0 0 3

2& Elective ,,, 3 0 0 33& Elective , 3 0 0 34& Elective

PRACTICAL

#& PTE" 94#1 Proect *or 0 0 12 6TOTAL 0 12 15

TOTAL CREDIT $ 10%ELECTIVES

COURSECODE

COURSE TITLE L T P C

PT"9211 $ata tr%ct%res and 5.ect 5riented Pro!rammin! in "77 3 0 0 3

PTE"92## "omp%ter Architect%re and or!ani8ation 3 0 0 3PTE"9306 Meas%rements and ,nstr%mentation 3 0 0 3PTE"93#1 Medical Electronics 3 0 0 3PTE"93#2 *ireless "omm%nication 3 0 0 3

PTE"9021 adar and avi!ational Aids 3 0 0 3

PTE"9022 Television and ideo En!ineerin! 3 0 0 3PTE"9023 Mo.ile Adhoc netors 3 0 0 3

PTE"9024 *ireless etors 3 0 0 3PTE"902# *ireless ensor etors 3 0 0 3

PTE"9026 pace + Time "omm%nication 3 0 0 3

PTE"902/ ,n'ormation Theory 3 0 0 3

PTE"902 "rypto!raphy and etor ec%rity 3 0 0 3

PTE"9029 EM,:EM" 3 0 0 3

PTE"9030 "omm%nication etor $esi!n 3 0 0 3

PTE"9031 atellite "omm%nication 3 0 0 3

PTE"9032 $i!ital itchin! and Transmission 3 0 0 3

PTE"9033 Telecomm%nication ystem modelin! and sim%lation 3 0 0 3

PTE"9034 M%ltimedia "ompression and "omm%nication 3 0 0 3

PTE"903# 5ptical etors 3 0 0 3

PTE"9036 $i!ital ,ma!e Processin! 3 0 0 3

PTE"903/ Advanced $P 3 0 0 3

PTE"903 -, i!nal Processin! 3 0 0 3

3


4/88

PTE"9039 $i!ital "ontrol En!ineerin! 3 0 0 3

PTE"9040 o.otics 3 0 0 3

PTE"9041 peech Processin! 3 0 0 3

PTE"9042 Avionics 3 0 0 3

PTE"9043 )o%ndations 'or ano+Electronics 3 0 0 3

PTE"9044 ) Microelectronics 3 0 0 3PTE"904# "A$ 'or -, 3 0 0 3

PTE"9046 5ptoelectronic $evices 3 0 0 3

PTE"904/ Poer Electronics 3 0 0 3

PTE"904 MEM 3 0 0 3

PTE"9049 Anatomy and Physiolo!y 3 0 0 3

PTE"90#0 adiolo!ical E(%ipments 3 0 0 3

PTE"90/1 Hospital Mana!ement 3 0 0 3

PTE"90/2 Medical ,n'ormatics 3 0 0 3

PTE"90/3 ;io ,n'ormatics 3 0 0 3

PTE"90/4 ;iosi!nal Processin! 3 0 0 3

PTE"90/# "M5 Analo! ," $esi!n ,< ;%ildin! ;locs 3 0 0 3

PTE"90/6 "M5 Analo! ," $esi!n ,, < )%nctional ;locs 3 0 0 3

PTE"90// 5peratin! ystems 3 0 0 3

PT"90/ o't "omp%tin! 3 0 0 3

PTE"90/ Em.edded and eal+time ystems 3 0 0 3

PTE"90/9 Parallel and $istri.%ted processin! 3 0 0 3

PTE"900 Advanced Microprocessors 3 0 0 3PTE"901 Microcontroller En!ineerin! 3 0 0 3

PTE"903 elia.ility en!ineerin! 3 0 0 3

PTE"904 %merical Methods and -inear Al!e.ra 3 0 0 3

PTE"90# at%ral -an!%a!e Processin! 3 0 0 3

PTE"906 *e. technolo!y 3 0 0 3

PTE"90/ ,nternet and =ava 3 0 0 3

PTE"90 *AP 3 0 0 3

PTGE9022 Total >%ality Mana!ement 3 0 0 3

PTGE9021 Pro'essional Ethics in En!ineerin! 3 0 0 3

#


5/88

PTMA 111 APPLIED MATHEMATICS(C&''& & *++ ,-*/ & !.E !.T/ (PT) P-&4-*'')

L T P C3 0 0 3

UNIT I MATRICES "haracteristic e(%ation ? Ei!enval%es and Ei!envectors o' a real matri@ ? Properties o'ei!enval%es and ei!envectors ? "ayley ? Hamilton Theorem ? $ia!onali8ation o'matrices + ed%ction o' a (%adratic 'orm to canonical 'orm .y ortho!onal trans'ormation

? at%re o' (%adratic 'orms &

UNIT II FUNCTIONS OF SEVERAL VARIA!LES Partial derivatives ? Homo!eneo%s '%nctions and E%lers theorem ? Total derivative ?$i''erentiation o' implicit '%nctions ? "han!e o' varia.les ? =aco.ians ? Partialdi''erentiation o' implicit '%nctions ? Taylors series 'or '%nctions o' to varia.les +Ma@ima and minima o' '%nctions o' to varia.les&

UNIT III ANALYTIC FUNCTION Analytic '%nctions ? ecessary and s%''icient conditions 'or analyticity ? Properties ?Harmonic con%!ates ? "onstr%ction o' analytic '%nction ? "on'ormal Mappin! ?Mappin! .y '%nctions B a 7 8 C a8C 1:8C ;ilinear trans'ormation&

UNIT IV COMPLE INTE"RATION -ine ,nte!ral ? "a%chys theorem and inte!ral 'orm%la ? Taylors and -a%rents eries ?in!%larities ? esid%es ? esid%e theorem ? Application o' esid%e theorem 'oreval%ation o' real inte!rals ? Dse o' circ%lar conto%r and semicirc%lar conto%r ith nopole on real a@is&

UNIT V LAPLACE TRANSFORMS E@istence conditions ? Trans'orms o' elementary '%nctions ? ;asic properties ?Trans'orms o' derivatives and inte!rals ? ,nitial and )inal val%e theorems ? ,nversetrans'orms ? "onvol%tion theorem ? Trans'orm o' periodic '%nctions ? Application tosol%tion o' linear ordinary di''erential e(%ations ith constant coe''icients&

TOTAL : #5 PERIODS

TET !OOS

1. Greal ;&&C Hi!her En!ineerin! Mathematics 40 thEditionFC hanna P%.lishersC$elhi 200/F&

2& amana ;&&C Hi!her En!ineerin! MathematicsC Tata McGra Hill "o& -td&C e$elhi 200/F&

REFERENCES1& Glyn =amesC Advanced Modern En!ineerin! MathematicsC Pearson Ed%cation

200/F&2& eeraraanC T&C En!ineerin! Mathematics )or )irst earFC Tata McGra+Hill P%.&

Pvt -td&C e $elhi 2006F&

5


6/88

PTPH 111 APPLIED PHYSICS L T P C 3 0 0 3

UNIT I ULTRASONICS ,ntrod%ction ? Prod%ction ? ma!netostriction e''ect + ma!netostriction !enerator+pie8oelectric e''ect + pie8oelectric !enerator+ $etection o' %ltrasonic aves properties ?"avitations + elocity meas%rement ? aco%stic !ratin! + ,nd%strial applications ? drillin!C

eldin!C solderin! and cleanin! ? 5A + on $estr%ctive Testin! ? p%lse echosystem thro%!h transmission and re'lection modes + AC ; and " ?scan displaysC Medicalapplications ? ono!rams&

UNIT II LASERS ,ntrod%ction ? Principle o' pontaneo%s emission and stim%lated emission& Pop%lationinversionC p%mpin!& Einsteins A and ; coe''icients + derivation& Types o' lasers ? He+eC"52 C d+AGC emicond%ctor lasers + homo%nction and hetero%nction >%alitativeF+,nd%strial Applications + -asers in eldin!C heat treatment and c%ttin! ? Medicalapplications + Holo!raphy constr%ction and reconstr%ctionF&UNIT III FI!ER OPTICS 8 APPLICATIONS Principle and propa!ation o' li!ht in optical 'i.res ? %merical apert%re and Acceptancean!le + Types o' optical 'i.res materialC re'ractive inde@C modeF ? $o%.le cr%ci.le

techni(%e o' 'i.re drain! + plicin!C -oss in optical 'i.re ? atten%ationC dispersionC.endin! + )i.re optical comm%nication system ;loc dia!ramF + -i!ht so%rces +$etectors + )i.re optic sensors ? temperat%re and displacement + Endoscope&

UNIT IV 9UANTUM PHYSICS ;lac .ody radiation ? Plancs theory derivationF ? $ed%ction o' *iens displacementla and aylei!h ? =eans -a 'rom Plancs theory ? "ompton e''ect + Theory ande@perimental veri'ication ? Matter aves ? chrIdin!ers ave e(%ation ? Timeindependent and time dependent e(%ations ? Physical si!ni'icance o' ave '%nction ?Particle in a one+dimensional .o@ + Electron microscope + cannin! electron microscope+ Transmission electron microscope&UNIT V CRYSTAL PHYSICS -attice ? Dnit cell ? ;ravais lattice ? -attice planes ? Miller indices ? Jd spacin! in c%.iclattice ? "alc%lation o' n%m.er o' atoms per %nit cell ? Atomic radi%s ? "oordinationn%m.er ? Pacin! 'actor 'or "C ;""C )"" and H"P str%ct%res ? a"lC KnC diamondand !raphite str%ct%res ? Polymorphism and allotropy + "rystal de'ects ? pointC line ands%r'ace de'ects+ ;%r!er vector&

TOTAL: #5 PERIODSTET !OOS1& PalanisamyC P&&C JEn!ineerin! Physics citech p%.licationsC "hennaiC 200F&2& Ar%m%!am M& J En!ineerin! PhysicsC An%radha P%.licationsC %m.aonamC

200/F3& anar ;& and Pillai &5& JA te@t .oo o' En!ineerin! PhysicsC e A!e

,nternational P%.lishersC e $elhiC 200/&REFERENCES

1& & & Ga%r and &"& G%ptaC JEn!ineerin! Physics $hanpat ai P%.licationsC e$elhi 2003F

2& M&& Avadhan%l% and PG shirsa!arC JA Te@t .oo o' En!ineerin! PhysicsC &"handand companyC -td&C e $elhiC 200#&

3& eray and =eettC JPhysics 'or cientists and En!ineers ith Modern PhysicsC 6th

EditionC Thomson ;roos:"oleC ,ndian reprint 200/F

6


7/88

PT"E261 ENVIRONMENTAL SCIENCE AND EN"INEERIN"L T P C

(C&''& & *++ ,-*/) 3 0 0 3

AIMTo create aareness in every en!ineerin! !rad%ate a.o%t the importance o'environmentC the e''ect o' technolo!y on the environment and ecolo!ical .alance and

mae them sensitive to the environment pro.lems in every pro'essional endeavo%r thatthey participates&

O!ECTIVEAt the end o' this co%rse the st%dent is e@pected to %nderstand hat constit%tes theenvironmentC hat are precio%s reso%rces in the environmentC ho to conserve thesereso%rcesC hat is the role o' a h%man .ein! in maintainin! a clean environment and%se'%l environment 'or the '%t%re !enerations and ho to maintain ecolo!ical .alanceand preserve .io+diversity& The role o' !overnment and non+!overnment or!ani8ation inenvironment mana!ements&

UNIT I ENVIRONMENT; ECOSYSTEMS AND !IODIVERSITY 1#

$e'initionC scope and importance o' environment ? need 'or p%.lic aareness +concept o' an ecosystem ? str%ct%re and '%nction o' an ecosystem ? prod%cersCcons%mers and decomposers ? ener!y 'lo in the ecosystem ? ecolo!ical s%ccession ?'ood chainsC 'ood e.s and ecolo!ical pyramids ? ,ntrod%ctionC typesC characteristic'eat%resC str%ct%re and '%nction o' the aF 'orest ecosystem .F !rassland ecosystem cFdesert ecosystem dF a(%atic ecosystems pondsC streamsC laesC riversC oceansCest%ariesF ? ,ntrod%ction to .iodiversity de'inition< !eneticC species and ecosystemdiversity ? .io!eo!raphical classi'ication o' ,ndia ? val%e o' .iodiversity< cons%mptive%seC prod%ctive %seC socialC ethicalC aesthetic and option val%es ? ;iodiversity at !lo.alCnational and local levels ? ,ndia as a me!a+diversity nation ? hot+spots o' .iodiversity ?threats to .iodiversity< ha.itat lossC poachin! o' ildli'eC man+ildli'e con'licts ?endan!ered and endemic species o' ,ndia ? conservation o' .iodiversity< ,n+sit% and e@+

sit% conservation o' .iodiversity&)ield st%dy o' common plantsC insectsC .irds)ield st%dy o' simple ecosystems ? pondC riverC hill slopesC etc&

UNIT II ENVIRONMENTAL POLLUTION %$e'inition ? ca%sesC e''ects and control meas%res o'< aF Air poll%tion .F *ater poll%tioncF oil poll%tion dF Marine poll%tion eF oise poll%tion 'F Thermal poll%tion !F %clearha8ards ? soil aste mana!ement< ca%sesC e''ects and control meas%res o' m%nicipalsolid astes ? role o' an individ%al in prevention o' poll%tion ? poll%tion case st%dies ?disaster mana!ement< 'loodsC earth(%aeC cyclone and landslides&)ield st%dy o' local poll%ted site ? Dr.an : %ral : ,nd%strial : A!ric%lt%ral&

UNIT III NATURAL RESOURCES 10)orest reso%rces< Dse and over+e@ploitationC de'orestationC case st%dies+ tim.ere@tractionC minin!C dams and their e''ects on 'orests and tri.al people ? *ater reso%rces

TET !OOS1& *illiam H&aytC =r&=ac E& emmerlyC teven M&$%r.inC En!ineerin! "irc%it

AnalysisNC i@th EditionC Tata McGra+Hill EditionC 2006&2& $avid A ;ellC Electric "irc%itsNC PH,C2006

REFERENCES1& "harles & Ale@ander O Mathe &5&adi%C )%ndamentals o' Electric "irc%itsNC

econd EditionC McGra+ Hill 2003&2& A& %dhaar and hyammohan & PalliC Tata Mc Gra ?HillC Third EditionC 200/&3& $&&"%nnin!hamC =&A&t%llerC ;asic "irc%it AnalysisNC =aico P%.lishin! Ho%seC

1996&4& $avid E&=ohnsonC =ohny & =ohnsonC =ohn -&Hil.%rnC Electric "irc%it AnalysisNC

econd EditionC Prentice+Hall international EditionsC 199/#& &&&M%rthyC M&&amathC ;asic "irc%it AnalysisNC =aico P%.lishin! Ho%seC

1999&6& orman ;ala.anianC Electric "irc%itsNC ,nternational EditionC1994&

10


11/88


12/88

PTEC 201 ELECTROMA"NETIC FIELDS AND


13/88

PTEC 202 ELECTRONIC CIRCUITS IL T P C

3 1 0 #

UNIT I !IASIN" OF DISCRETE !T AND MOSFET $" -oad line C operatin! pointC ario%s .iasin! methods 'or ;=T+$esi!n+ta.ility+;ias

compensationC Thermal sta.ilityC $esi!n o' .iasin! 'or M5)ET and =)ET

UNIT II !T AMPLIFIERS mall si!nal Analysis o' "ommon Emitter+A" -oadlineC olta!e sin! limitationsC"ommon collector and common .ase ampli'iers ? =)ET ampli'iers + $i''erentialampli'iers+ "M+ $arlin!ton Ampli'ier+;ootstrap techni(%e + "ascaded sta!es +"ascode Ampli'ier

UNIT III MOSFET AMPLIFIERS

mall si!nal Analysis o' "ommon so%rceC o%rce 'olloer and "ommon Gate ampli'iers+"M5 ,nverters ?$" Analysis o' "M5 ,nverters ? olta!e trans'er c%rve ? ;iM5"ascode + $esi!n o' M5 inverter %sin! resistive load ? oise Mar!in ? T"&

UNIT IV IC MOSFET AMPLIFERS in!le sta!e ," M5 ampli'iers ? Active -oads ? $epletion M5C Enhancement M5CM5 in Triode re!ionC M5 c%rrent so%rce and PM5 "%rrent so%rceC their e(%ivalentcirc%its and load line on the , characteristics? "%rrent steerin! circ%it %sin! M5)ET

?? "M5 common so%rce ampli'ier and "M5 "ommon so%rce 'olloer ? "M5di''erential ampli'ier + "M

UNIT V HI"H FRE9UENCY ANALYSIS AND LAR"E SI"NAL AMPLIFIERS hort circ%it c%rrent !ain C c%t o'' 're(%ency ? 'and 'Q%nity !ain and .andidth + Millere''ect?'re(%ency Analysis o' " and "E Ampli'iers+$eterminations o' ;* o' in!lesta!e and M%ltista!e Ampli'ier+ Analysis o' "lass AC "lass ;C "lass A; ith darlin!ton

o%tp%t sta!e and ith o%tp%t sta!e %tili8in! M5)ETs ? "lass "C "lass $C "lass Epoer ampli'iers&

L:#5?T:15$60TET !OOS1& Adel && edraC enneth "& mithC Micro Electronic circ%itsC #th EditionC 5@'ord

Dniversity PressC 2004&2& $onald &A& eamenC Electronic "irc%it Analysis and $esi!n ?2ndeditionCTata

McGra HillC 200/&

REFERENCES1& ;eh8ad a8aviC $esi!n o' Analo! "M5 ,nte!rated "irc%itsNC Tata McGra

HillC 200/&2& & Pa%l GrayC H%rstC -eisC Meyer Analysis and $esi!n o' Analo! ,nte!rated"irc%itsNC 4thEdition C =ohn *illey O ons 200#

3& Millman &=& and Halias "&"C ,nte!rated ElectronicsNC McGra HillC 2001&4& $&chillin! and "&;eloveC Electronic "irc%itsNC 3rdeditionC McGra HillC 199&

13


14/88

PTEC 203 SI"NALS AND SYSTEMSL T P C

3 1 0 #UNIT I CLASSIFICATION OF SI"NALS AND SYSTEMS "ontin%o%s time si!nals "T si!nalsF+ $iscrete time si!nals $T si!nalsF ? tepC ampCP%lseC ,mp%lseC E@ponentialC classi'ication o' "T and $T si!nals ?periodic and aperiodic

si!nalsC random si!nalsC Ener!y O Poer si!nals + "T systems and $T systemsC"lassi'ication o' systems&

UNIT II ANALYSIS OF CONTINUOUS TIME SI"NALS )o%rier series analysis+ spectr%m o' "ontin%o%s Time "TF si!nals+ )o%rier and -aplaceTrans'orms in i!nal Analysis&

UNIT III LINEAR TIME INVARIANT CONTINUOUS TIME SYSTEMS $i''erential E(%ation+;loc dia!ram representation+imp%lse responseC convol%tioninte!rals+)o%rier and -aplace trans'orms in Analysis+ tate varia.le e(%ations andmatri@ representation o' systems&

UNIT IV ANALYSIS OF DISCRETE TIME SI"NALS ;ase.and amplin! o' "T si!nals+ Aliasin!C $T)T and propertiesC K+trans'orm Oproperties&

UNIT V LINEAR TIME INVARIANT DISCRETE TIME SYSTEMS $i''erence E(%ations+;loc dia!ram representation+,mp%lse response+"onvol%tion s%m+$T)T and K Trans'orm analysis o' ec%rsive O on+ec%rsive systems+ tate varia.lee(%ations and matri@ representation o' systems&

L:#5?T:15$60

TET!OOS

1& Allan &5ppenheimC &*ilsy and &H&aa.C i!nals and ystemsC PearsonC,ndian eprintC 200/&

2& imon Hayins and ;arry an eenC i!nals and ystems =ohn *iley O sons C ,ncC2004&

REFERENCES 1& H P Hs%C aesh anan i!nals and ystemsNC cha%ms 5%tlinesC Tata

McGra HillC ,ndian eprint C200/ 2& Edard *& amenC ;onnie & HecC )%ndamentals o' i!nals and ystems

Dsin! the *e. and MAT-A;C PearsonC ,ndian eprintC 200/ 3& =ohn Alan t%llerC An ,ntrod%ction to i!nals and ystemsC ThomsonC 200/ 4& M&=&o.ertsC i!nals O ystemsC Analysis %sin! Trans'orm methods O MAT-A;C

Tata McGra Hill ,ndiaFC 200/& o.ert A& Ga.el and ichard A&o.ertsC i!nals O -inear ystemsC =ohn *ileyC ,,,

editionC 19/&

1#


15/88

PTEC 20# ELECTRONIC CIRCUITS LA!

L T P C0 0 3 2

1& )re(%ency esponse o' "E ampli'ier

2& )re(%ency response o' "; ampli'ier

3& "" Ampli'ier + .%''er

4& )re(%ency response o' " Ampli'iers

#& "lass A and "lass ; poer ampli'iers&

6& $i''erential Ampli'iers+ Trans'er characterisitic&

/& "M Meas%rment

& "ascode ampli'ier

9& "ascade ampli'ier

15


16/88

PTEC 251 DI"ITAL ELECTRONICS AND SYSTEM DESI"NL T P C3 1 0 #

UNIT I !ASIC CONCEPTS AND COM!INATIONAL CIRCUITS %m.er ystems ? ns complement ?"odes + %m o' prod%cts and prod%ct o' s%msC

Minterms and Ma@termsC arna%!h map and Ta.%lation method ? pro.lem 'orm%lationand desi!n o' com.inational circ%itsC AdderC %.tractorC Encoder:decoderC ? three statedevicesC Priority EncoderC M%@:$em%@C "ode+convertersC "omparatorsC ,mplementationo' com.inational lo!ic %sin! standard ,"sC 5MC EP5M and EEP5M ? "odin! o'"om.ination "irc%its in verilo!&

UNIT II SE9UENTIAL CIRCUITS )lip 'lops ? C =C TC $C Master:lave ))C Tri!!erin! o' ))C Analysis o' clocedse(%ential circ%its ? their desi!nC state minimi8ationC moore:mealy modelC stateassi!nmentC circ%it implementationC e!isters+ shi't re!istersC ipple co%ntersCynchrono%s co%ntersC Timin! si!nalC AMC Memory decodin!C emicond%ctormemories + )eed.ac se(%ential+ "irc%it analysis and desi!n+ se(%ential circ%it desi!n

ith verilo!&

UNIT III FUNDAMENTAL MODE SE9UENTIAL CIRCUITS ta.leC Dnsta.le statesC o%tp%t speci'icationsC cycles and racesC state red%ctionC race'ree assi!nmentsC Ha8ardsC Essential Ha8ardsC P%lse mode se(%ential circ%itsC $esi!no' Ha8ard 'ree circ%it

UNIT IV MEMORY; CPLD AND FP"A 5MC ead:*rite memory ? tatic AMC $ynamic AMC PA-C P-AC "P-$ ? )PGA R-4000 ? "-;s ? ,:5 ;loc ? Pro!ramma.le ,nter connects? eali8ation o' simplecom.inational and se(%ential circ%its

UNIT V LO"IC "ATES -o!ic 'amilies+ TT-C M5C "M5C ;i"M5 lo!ic+Electrical .ehavior+staticC dynamic+"M5 inp%t and o%tp%t str%ct%res+"M5 lo!ic 'amilies +lo volta!e "M5 lo!ic Ointer'acin!+;ipolar lo!ic eali8ation o' A$ and 5 lo!ic&

L ? P: #5 ? 15 T&*+ : #5 ? 15 $60TET !OOS

1& Morris ManoC $i!ital lo!ic NC Prentice Hall o' ,ndiaC 1992& =ohn& )& *aerlyC $i!ital desi!n principles and practicesNC Pearson

Ed%cationC)o%rth EditionC 200/ &

3& "harles H& othC =rC )%ndamentals o' -o!ic $esi!nNC )o%rth editionC =aico

;oosC 2002REFERENCES

1 *illiam ,& )letcherC An En!ineerin! Approach to $i!ital $esi!nNC Prentice+Hall o' ,ndiaC 190

2 )loyd T&-&C $i!ital )%ndamentalsNC "harles E& Merril p%.lishin! companyC192

3 =ain &P&C Modern $i!ital ElectronicsNC Tata McGra HillC 1999&

16


17/88

PTEC 252 ELECTRONIC CIRCUITS IIL T P C

3 1 0 #

UNIT I FEED!AC AMPLIFIERS AND STA!ILITY ;asic 'eed.ac concepts ? Properties o' e!ative 'eed.ac ? )o%r 'eed.ac topolo!ies

ith ampli'ier circ%it& E@amples ? Analysis o' series ? sh%nt 'eed.ac ampli'iers ?sta.ility pro.lem ? )re(%ency compensation&

UNIT II OSCILLATORS ;arha%sen criteria 'or oscillator ? Analysis o' " oscillators ? Phase shi't *ein .rid!eoscillators ? -" oscillators ? "olpittC HartleyC "lappC "rystal C Armstron!C )ranlin andin! 5scillators

UNIT III TUNED AMPLIFIERS ;asic principles ? ,nd%ctor losses ? Dse o' trans'ormers ? in!le t%ned ampli'ier're(%ency analysis + Ampli'ier ith m%ltiple t%ned circ%its ? "ascade ? ynchrono%st%nin! ? ta!!er t%nin! ? ta.ility o' t%ned ampli'iers %sin! e%trali8ation techni(%es&

UNIT IV MULTIVI!RATORS AND TIME !ASE "ENERATORS itchin! characteristics o' transistors ? ;ista.leC Monosta.le and Asta.le operation ?"ollector co%pled and Emitter co%pled circ%its ? chmitt tri!!er + olta!e seep!enerators ? "%rrent seep !enerators

UNIT V RECTIFIERS AND PO


18/88

PTEC 253 COMMUNICATION SYSTEMSL T P C

3 0 0 3

UNIT I ANALO" MODULATION Amplit%de Mod%lation ? AMC $;"C ;"C ; ? An!le mod%lation ? PM and )M ?Mod%lators and $emod%lators ? )o%rier Trans'orm o' mod%lated si!nals&

UNIT II RECEIVER CHARACTERISTICS oise so%rces and types ? oise 'i!%re and noise temperat%re ? oise in cascadedsystems ? in!le t%ned receivers + %perheterodyne receivers

UNIT III !ASE!AND TECHNI9UES evie o' lo pass samplin! ? >%adrat%re samplin! o' ;andpass si!nals ? >%antisation

? Dni'orm and non+%ni'orm (%antisation ? >%antisation noise ? "ompandin! las o'speech si!nals ? P"MC $P"MC $MC A$P"M and A$M

M%ltiple@in! ? T$M E and T linesFC )$M

UNIT IV !ANDPASS SI"NALIN"

Geometric representation o' si!nals ? "orrelator and matched 'ilter ? M- detection ?!eneration and detectionC P$C ;E o' coherent ;PC ;)C >P ? Principles o'>AM ? tr%ct%re o' non+coherent receivers ? ;)C $P&

UNIT V NOISE PERFORMANCE arro .and noise ? P$ o' in+phase and (%adrat%re noise ? oise per'ormance in AMsystems ? oise per'ormance in )M systems ? Pre+emphasis and de+emphasis ?"apt%re e''ectC threshold e''ect&

TET !OOS1& =&G&ProaisC M&alehiC )%ndamentals o' "omm%nication ystemsN ? Pearson

Ed%cation 2006REFERENCES

1& ;&larC $i!ital "omm%nications )%ndamentals and ApplicationsN 2:e PearsonEd%cation 200/

2& &HayinC "omm%nication ystemsN 3:eC =ohn *iley 200/3& ;&P&-athiC Modern $i!ital and Analo! "omm%nication ystemsNC 3:eC 5@'ord

Dniversity PressC200/4& $&oodyC =&"oolenC Electronic "omm%nicationsNC 4:e PH, 2006#& H P Hs%C cha%m 5%tline eries + Analo! and $i!ital "omm%nicationsN TMH

2006

1%


19/88

PTEC 25# CONTROL SYSTEMS

L T P C

3 1 0 #

UNIT I CONTROL SYSTEM MODELIN" ;asic Elements o' "ontrol ystem ? 5pen loop and "losed loop systems + $i''erentiale(%ation + Trans'er '%nctionC Modelin! o' Electric systemsC Translational and rotationalmechanical systems + ;loc dia!ram red%ction Techni(%es + i!nal 'lo !raph

UNIT II TIME RESPONSE ANALYSIS Time response analysis + )irst 5rder ystems + ,mp%lse and tep esponse analysis o'second order systems + teady state errors ? PC P,C P$ and P,$ "ompensationC Analysis%sin! MAT-A;

UNIT III FRE9UENCY RESPONSE ANALYSIS )re(%ency esponse + ;ode PlotC Polar PlotC y(%ist Plot + )re(%ency $omain

speci'ications 'rom the plots + "onstant M and "ircles + ichols "hart + Dse o' ichols"hart in "ontrol ystem Analysis& eriesC ParallelC series+parallel "ompensators + -eadC-a!C and -ead -a! "ompensatorsC Analysis %sin! MAT-A;&UNIT IV STA!ILITY ANALYSIS ta.ilityC o%th+H%rit8 "riterionC oot -oc%s Techni(%eC "onstr%ction o' oot -oc%sCta.ilityC $ominant PolesC Application o' oot -oc%s $ia!ram + y(%ist ta.ility "riterion+ elative ta.ilityC Analysis %sin! MAT-A;

UNIT V STATE VARIA!LE ANALYSIS tate space representation o' "ontin%o%s Time systems ? tate e(%ations ? Trans'er'%nction 'rom tate aria.le epresentation ? ol%tions o' the state e(%ations +"oncepts o' "ontrolla.ility and 5.serva.ility ? tate space representation 'or $iscretetime systems& ampled $ata control systems ? amplin! Theorem ? ampler O Hold ?5pen loop O "losed loop sampled data systems&

L:#5?T:15$60

TET!OOS1& =&a!rath and M&GopalCN "ontrol ystem En!ineerin!NC e A!e ,nternational

P%.lishersC #thEditionC 200/&

REFERENCES1& ;enamin&"&%oC A%tomatic control systemsNC Prentice Hall o' ,ndiaC /th

EditionC199#&2& M&GopalC "ontrol ystem ? Principles and $esi!nNC Tata McGra HillC 2nd

EditionC 2002&3& cha%ms 5%tline eriesC)eed.ac and "ontrol ystems Tata McGra+HillC

200/&4& =ohn =&$a88o O "onstantine H&Ho%pisC -inear control system analysis and

desi!nC Tata McGro+HillC ,nc&C 199#& ichard "& $or' O o.ert H& ;ishopC Modern "ontrol ystemsNC Addidon ?

*esleyC 1999&

1


20/88

PTEC 257 DI"ITAL SYSTEM LA! L T P C 0 0 3 2

1 ,mplementation o' simple ;oolean e@pression %sin! %niversal !ates

2 Priority encoder

3 2 to 4 MDR and implementation o' com.ination lo!ic

4 = and 'lip 'lop implementation %sin! lo!ic !ates

# ynchrono%s %p:don co%nter

6 ;"$ ripple co%nter ith / se!ment display

/ in! co%nters

$ata trans'er %sin! shi't re!isters

9 Hal' adder and )%ll adder

10 ;inary 4 .it parallel adder

11 ystem $esi!n %sin! eri-o!

20


21/88

PTEC 301 DI"ITAL COMMUNICATION TECHNI9UESL T P C

3 0 0 3UNIT I !ASE!AND COMMUNICATION -ine codes ? P$s ? ,, ? y(%ist criterion 'or distortionless transmission ? P%lseshapin! ? "orrelative codin! + M+ary schemes ? Eye pattern&

UNIT II SYNCHRONISATION AND E9UALISATION ynchronisation ? "arrierC sym.ol and 'rame synchronisation + E(%alisation ? Kero'orcin!C -M&

UNIT III INFORMATION THEORY Meas%re o' in'ormation ? Entropy ? o%rce codin! theorem ? $iscrete memorylesschannels ? losslessC deterministicC noiselessC ;E"C ;" ? M%t%al in'ormation ? "hannelcapacity ? hannon+Hartley la + %.+.and codin! ? Trans'orm codin! ? -P" ?hannon+)ano codin!C H%''man "odin!C r%n len!th codin!C -K* al!orithm&

UNIT IV ERROR CONTROL CODIN" TECHNI9UES

"hannel codin! theorem ? -inear .loc codes ? Hammin! codes ? "yclic codes ""F? "onvol%tional codes ? iter.i decodin! o't:Hard decision decodin!F&

UNIT V ADVANCED ERROR CONTROL CODIN" Trellis coded mod%lation principles + T%r.o "odin! + -$P" "odes

T&*+ : #5 /&-

TET !OOS

1& ;& larC $i!ital "omm%nication )%ndamentals and ApplicationsNC 2:eC PearsonEd%cationC 200/

2& & HayinC $i!ital "omm%nicationsNC =ohn *ileyC 200#REFERENCES

1& ;&P&-athiC Modern di!ital and Analo! "omm%nication ystemsN 3:eC 5@'ordDniversity Press 200/

2& =&G ProaisC $i!ital "omm%nicationNC 4:eC MGH 2001&3& Amita.ha ;attacharyaC $i!ital comm%nicationsNC TMH 2006

21


22/88

PTEC 302 LINEAR INTE"RATED CIRCUITSL T P C

3 0 0 3

UNIT I CIRCUIT CONFI"URATION FOR LINEAR ICS "%rrent so%rcesC Analysis o' di''erence ampli'iers ith active loadsC s%pply andtemperat%re independent .iasin!C ;and !ap re'erencesC Monolithic ," operational

ampli'iersC speci'icationsC 're(%ency compensationC sle rate and methods o' improvin!sle rate&

UNIT II APPLICATIONS OF OPERATIONAL AMPLIFIERS -inear and onlinear "irc%its %sin! operational ampli'iers and their analysisC ,nvertin!and on invertin! Ampli'iersC $i''erentiatorC ,nte!rator olta!e to "%rrent converterC,nstr%mentation ampli'ierC ine ave 5scillatorsC -o pass and .and pass 'iltersCcomparatorC M%ltivi.rator and chmitt tri!!erC Trian!le ave !eneratorC Precisionrecti'ierC -o! and Antilo! ampli'iersC on+linear '%nction !enerator&

UNIT III ANALO" MULTIPLIER AND PLL Analysis o' 'o%r (%adrant and varia.le Tran cond%ctance m%ltipliersC olta!e controlled

5scillatorC "losed loop analysis o' P--C AMC PM and ) mod%lators and demod%lators&)re(%ency synthesi8ersC "ompander ,"s

UNIT IV ANALO" TO DI"ITAL AND DI"ITAL TO ANALO" CONVERTORS Analo! sitchesC Hi!h speed sample and hold circ%its and sample and hold ,"SsC Typeso' $:A converter "%rrent driven $A"C itches 'or $A"C A:$ converterC )lashC in!leslopeC $%al slopeC %ccessive appro@imationC $M and A$MC olta!e to Time andolta!e to 're(%ency converters&

UNIT V SPECIAL FUNCTION ICS TimersC olta!e re!%lators + linear and sitched mode typesC itched capacitor 'ilterC)re(%ency to olta!e convertersC T%ned ampli'iersC Poer ampli'iers and ,solation

Ampli'iersC ideo ampli'iersC )i.er optics ,"s and 5pto co%plersC o%rces 'or oisesC 5p

Amp noise analysis and -o noise 5P+Amps&

L $ #5TET!OOS1& er!io )rancoC $esi!n ith operational ampli'iers and analo! inte!rated circ%itsC

McGra HillC 199/&REFERENCES1& Gray and MeyerC Analysis and $esi!n o' Analo! ,nte!rated "irc%its C *iley

,nternationalC 199#&

2& Michael =aco. =&C Applications and $esi!n ith Analo! ,nte!rated "irc%its C

Prentice Hall o' ,nidaC1996&3& amaant A& GayaadC 5P + AMP and -inear ,"Ss C Prentice HallC 1994&

4& ;otar &&C ,nte!rated "irc%its C hanna P%.lishersC 1996&

#& Ta%. and chillin!C $i!ital ,nte!rated Electronics C McGra HillC 19//&

6& "a%!hlier and $riscollC 5perational ampli'iers and -inear ,nte!rated circ%its C

Prentice HallC 199&

22


23/88

/& Millman =& and Halias "&"&C ,nte!rated Electronics C McGra HillC 2001&

PTEC 30# DI"ITAL SI"NAL PROCESSIN"L T P C

3 1 0 #UNIT I DISCRETE TIME SI"NALS AND SYSTEMS evie o' discrete+time si!nals O systems + $)T and its propertiesC ))T al!orithms O its

application to convol%tionC 5verlap+add O overlap+save methods&

UNIT II DESI"N OF INFINITE IMPULSE RESPONSE FILTERS "alc%lation o' ,, coe''icients %sin! pole+8ero placement methodC Analo! 'ilters ? ;%tterorth O "he.yshev Type ,& Analo! Trans'ormation o' prototype -P) to ;P) :;): HP)&Trans'ormation o' analo! 'ilters into e(%ivalent di!ital 'ilters %sin! ,mp%lse invariantmethod and ;ilinear K trans'orm method+ eali8ation str%ct%res 'or ,, 'ilters ? directCcascadeC parallel O lattice 'orms&

UNIT III DESI"N OF FINITE IMPULSE RESPONSE FILTERS -inear phase response o' ),+), desi!n %sin! indo method+)re(%ency samplin!method + eali8ation str%ct%res 'or ), 'ilters ? Transversal and -inear phase lattice

str%ct%res+ "omparison o' ), O ,,&UNIT IV 9UANTI@ATION EFFECTS AND DSP ARCHITECTURE epresentation o' n%m.ers+A$" >%anti8ation noise+"oe''icient >%anti8ation error+Prod%ct >%anti8ation error+tr%ncation O ro%ndin! errors +-imit cycle d%e to prod%ctro%nd+o'' error+o%nd+ o'' noise poer+limit cycle oscillation d%e to over'lo in di!ital'ilters+ Principle o' scalin!+,ntrod%ction to !eneral and special p%rpose hardare 'or $P

? Harvard architect%re+Pipelinin!+pecial instr%ction+eplication&

UNIT V MULTIRATE SI"NAL PROCESSIN" ,ntrod%ction to M%ltirate si!nal processin!+$ecimation+,nterpolation+Polyphase$ecomposition o' ), 'ilter+M%ltista!e implementation o' samplin! rate conversion+

$esi!n o' narro .and 'ilters + Applications o' M%ltirate si!nal processin!&

L:#5?T:15$60

TET!OOS

1& A&&5ppenheimC &*& cha'er and =&& ;%cC $iscrete+Time i!nal Processin!C th

,ndian eprintC PearsonC 2004&2& =ohn G Proais and ManolaisC $i!ital i!nal Processin! PrinciplesC Al!orithms and

ApplicationsNC PearsonC )o%rth EditionC 200/3& P&P&aidyanathanC M%ltirate ystems O )ilter ;ansC Prentice HallC En!leood cli''sC

=C 1993&

REFERENCES1& ,&"&,'eachor and ;&*& =ervisC $i!ital i!nal Processin!+ A practical approachC

PearsonC 2002&2& && MitraC $i!ital i!nal Processin!C A "omp%ter ;ased approachC Tata McGra+

HillC 199&3& $&=& $e )attaC =&G&-%cas and *&& Hod!issC $i!ital i!nal Processin!+ A system

$esi!n ApproachC =ohn *iley O sonsC in!aporeC 19&

23


24/88

PTEC 305 TRANSIMISION LINES 8 'or dominant modeC %merical Pro.lemsTET!OOS1& =ohn $ yder etors lines and 'ieldsVV Prentice Hall o' ,ndiaC 200#

REFERENCES1& G&& a%NElectroMa!netic )ield Theory and Transmission -inesNPearson

Ed%cationC)irst edition 200#2& ;ha! G%r% O Hi8iro!l%CNElectroma!netic )ield Theory )%ndamentalsVV econd

edition "am.rid!e Dniversity pressC200#3& Annap%rna $as isir $as CNMicroave En!ineerin!VV Tata McGra HillC 2004

2#


25/88

PTEC 30 COMMUNICATION SYSTEM LA!L T P C0 0 3 2

1& i!nal amplin! and reconstr%ction

2& Time $ivision M%ltiple@in!

3& AM : )M Mod%lator and $emod%lator

4& P%lse "ode Mod%lation and $emod%lation

#& $elta Mod%lation and $emod%lation

6& -ine codin! schemes

/& )C P and $P schemes MAT-A; im%lationF

& Error control codin! schemes MAT-A; im%lationF

9& pread spectr%m mod%lation MAT-A; im%lationF

10& "omm%nication system sim%lation %sin! A$

25


26/88

PTEC 303 MICROPROCESSOR AND MICROCONTROLLERL T P C

3 0 0 3UNIT I ARCHITECTURE OF %0%5 %0%6 0#+ )%nctional ;loc $ia!ram+ $escription + Addressin! ModesC Timin! dia!rams&06+ Architect%reC ,nstr%ction setC Addressin! Modes& ,ntrod%ction to 0/ +

Architect%re&

UNIT II ASSEM!LY LAN"UA"E PRO"RAMMIN" imple Assem.ly -an!%a!e Pro!rammin!C trin!sC Proced%resC MacrosC Assem.ler$irectives+ ,nterr%pts and ,nterr%pt Applications&

UNIT III PERIPHERAL INTERFACIN" 8 APPLICATION Pro!ramma.le Peripheral ,nter'ace 2##FC ey.oard display controller 2/9FC A$"C$A" ,nter'aceC Pro!ramma.le Timer "ontroller 2#4FC Pro!ramma.le interr%ptcontroller 2#9FC erial "omm%nication ,nter'ace 2#1F&

UNIT IV MICROCONTROLLER

0#1 Microcontroller+ ,nstr%ction et ? A-P + ;ranchin!+ ,: 5 Pro!rammin! + A-D,nstr%ction + 0#1 Pro!rammin! in "&UNIT V MEMORY; IO; INTERRUPTS INTERFACIN" Pro!rammin! 0#1 Timers+ erial Port Pro!rammin!+ ,nterr%pts Pro!rammin! -"$ Oey.oard ,nter'acin!+ A$"C $A" O ensor ,nter'acin!C E@ternal Memory ,nter'ace+ T",nter'acin! %sin! ,2" tandard+ Motor "ontrol+ elayC P*MC $" O tepper Motor&

L $ #5

TET!OOS1& amesh & GaonarC Microprocessor Architect%re Pro!rammin! and Applications

ith 0#& )o%rth editionC Penram ,nternational P%.lishin! 2006&

2 $o%!las &HallC Microprocessor and ,nter'acin!C Pro!rammin! and Hardare&evised second EditionC ,ndian edition 200/& Tata McGra Hill3 M%hammad Ali Ma8idiC =anice Gillispie Ma8idiC olin $&M"inlay The 0#1

Microcontroller and Em.edded ystemsC econd EditionC Pearson Ed%cation200&

REFERENCES

1& rishna antC Microprocessor and Microcontroller Architect%reC pro!rammin!and system desi!n %sin! 0#C 06C 0#1 and 096C PH,C 200/

2. enneth =&Ayala&C The 0#1 MicrocontrollerC 3rd EditionC Thompson $elmar-earnin!C 200/C e $elhi&

3& A&& ay C &M &;h%rchandi Advanced Microprocessor and PeripheralsN CecondeditionC Tata McGra+HillC 200/&4& ;arry ;&;reyC The ,ntel Microprocessors Architect%reC Pro!rammin! and

,nter'acin!N Pearson Ed%cationC 200/& e $elhi& Kdravo araehayovC Em.edded ystem $esi!n ith 0#1 Microcontroller

hardare and so'tareNC Mercel $earC 1999&

26


27/88

PTEC 353 COMMUNICATION NET


28/88

PTEC 35# ANTENNAS AND


29/88

PTEC 355 DI"ITAL VLSIL T P C

3 0 0 3

UNIT I MOS TRANSISTOR PRINCIPLE

M5 and PM5 transistorsC Process parameters 'or M5 and "M5C Electricalproperties o' "M5 circ%its and device modelin!C calin! principles and '%ndamentallimitsC "M5 inverter scalin!C propa!ation delaysC tic dia!ramC -ayo%t dia!rams

UNIT II COM!INATIONAL LO"IC CIRCUITS E@amples o' "om.inational -o!ic $esi!nC Elmores constantC Pass transistor -o!icCTransmission !atesC static and dynamic "M5 desi!nC Poer dissipation ? -o poerdesi!n principles

UNIT III SE9UENTIAL LO"IC CIRCUITS tatic and $ynamic -atches and e!istersC Timin! iss%esC pipelinesC cloc strate!iesCMemory architect%re and memory control circ%itsC -o poer memory circ%itsC

ynchrono%s and Asynchrono%s desi!nUNIT IV DESI"NIN" ARITHEMETIC !UILDIN" !LOCS $ata path circ%itsC Architect%res 'or ripple carry addersC carry loo ahead addersC Hi!hspeed addersC acc%m%latorsC M%ltipliersC dividersC ;arrel shi'tersC speed and areatradeo''

UNIT V IMPLEMENTATION STRATE"IES )%ll c%stom and emi c%stom desi!nC tandard cell desi!n and cell li.rariesC )PGA.%ildin! .loc architect%resC )PGA interconnect ro%tin! proced%res&

L$ #5

TET!OOS

1 =an a.aeyC Anantha "handraasanC ;&iolicC $i!ital ,nte!rated circ%its< Adesi!n perspectiveN& econd EditionC Prentice Hall o' ,ndiaC 2003&

2 M&=& mithC Application speci'ic inte!rated circ%itsNC Addisson *esleyC 199/

REFERENCES

1 &*esteC &Eshra!hianC Principles o' "M5 -, $E,GNC second editionCAddision *esley 1993

2 &=aco. ;aerC Harry *&-,&C $avid E&;oyeeC "M5 "irc%it $esi!nC -ayo%tand im%lationNC 200# Prentice Hall o' ,ndia

3 A&P%cnellC amran Eshra!hianC ;A," -, $E,GNC Third editionCPrentice Hall o' ,ndiaC 200/&

2


30/88

PTEC 307 MICROPROCESSOR AND MICROCONTROLLER LA!

L T P C

0 0 3 2

%0%5 ,*> B-='

1. A',+ L*4*4 P-&4-*''=4 & %0%5

%0%6 ,*> B-='1& Pro!rams 'or 16 .it ArithmeticC ortin!C earchin! and trin! operationsC2& Pro!rams 'or $i!ital clocC ,nter'acin! A$" and $A"3& ,nter'acin! and Pro!rammin! 2/9C 2#9C and 2#3&4& erial "omm%nication .eteen to Microprocessor its %sin! 2#1&

#& ,nter'acin! and Pro!rammin! o' tepper Motor and $" Motor peed control andParallel "omm%nication .eteen to Microprocessor its %sin! Mode 1 andMode 2 o' 2##&

6& Macroassem.ler Pro!rammin! 'or 06

%051 ,*> B-='

1& Pro!rammin! %sin! ArithmeticC -o!ical and ;it Manip%lation instr%ctions o' 0#1microcontroller&

2& Pro!rammin! and veri'yin! TimerC ,nterr%pts and DAT operations in 0#1microcontroller&

3& ,nter'acin! ? $A" and A$" and 0#1 .ased temperat%re meas%rement

4& ,nter'acin! ? -E$ and -"$

#& ,nter'acin! ? stepper motor tra''ic li!ht control

6& "omm%nication .eteen 0#1 Microcontroller it and P"&/& " .ased applications

30


31/88

PTEC #01 RF AND MICRO


32/88

PTEC #02 OPTICAL COMMUNICATION

L T P C

3 0 0 3

UNIT I OPTICAL FI!ERS

,ntrod%ctionC li!ht propa!ation in optical 'i.ersC ray and mode theory o' li!htC optical 'i.erstr%ct%re and parametersC 'i.er materialsC 'i.er 'a.rication techni(%esC optical si!nalatten%ation mechanismsC merits and demerits o' !%ided and %n!%ided optical si!naltransmissions&

UNIT II TRANSMISSION CHARACTERISTICS 5ptical si!nal distortion ? Gro%p delayC material dispersionC ave!%ide dispersionCpolari8ation mode dispersionC intermodal dispersionC pro'ile dispersionC 'i.er typesCtandard in!lemode )i.ersC $ispersion hi'ted )i.ersC $ispersion )lattened )i.ersCPolari8ation Maintainin! )i.ersC $ispersion compensationC Principles o' 'i.ernonlinearity&

UNIT III OPTICAL TRANSMITTERS Materials 'or optical so%cesC li!ht+emittin! diodesC semicond%ctor laser diodes Clon!it%dinal modesC !ain and inde@+!%idin!C poer+c%rrent characteristicsC spectral.ehavio%rC lon!it%dinal mode control and t%na.ilityC noiseC direct and e@ternalmod%lationC -aser so%rces and transmitters 'or 'ree space comm%nication&

UNIT IV OPTICAL RECEIVERS Principles o' optical detectionC spectral responsivityC P,C AP$C preampli'ier typesCreceiver noisesC i!nal to oise atio F and ;it Error ate ;EF C Principles o'coherent detectionC poer and risetime .%d!et&

UNIT V OPTICAL NET


33/88

PTEC #03 VLSI DESI"N LA!

L T P C 0 0 3 2

1. FP"A !*> B-='.

iF H$- .ased desi!n entry and sim%lation o' simple co%ntersC statemachinesC adders min .itF and m%ltipliers 4 .it minF&iiF ynthesisC PO and post PO sim%lation o' the components sim%lated in

iF a.ove& "ritical paths and static timin! analysis res%lts to .e identi'ied&,denti'y and veri'y possi.le conditions %nder hich the .locs ill 'ail toor correctly&

iiiF Hardare '%sin! and testin! o' each o' the .locs sim%lated in iF& Dse o'either chipscope 'eat%re Rilin@F or the si!nal tap 'eat%re AlteraF is a m%st&,nvoe the P-- and demonstrate the %se o' the P-- mod%le 'or cloc!eneration in )PGAs&

2. IC D=4 EB-='< !*> C*>MA"MAT*- )

aF $esi!n and sim%lation o' a simple # transistor di''erential ampli'ier&Meas%re !ainC ,"MC and "M

.F -ayo%t !enerationC parasitic e@traction and resim%lation o' he circ%itdesi!ned in aF

cF ynthesis and tandard cell .ased desi!n o' an circ%its sim%lated in1iF a.ove& ,denti'ication o' critical pathsC poer cons%mption&

dF )or e@pt cF a.oveC POC poer and cloc ro%tin!C and post POsim%lation&

eF Analysis o' res%lts o' static timin! analysis&

33


34/88

PTEC #01 PRINCIPLES OF MANA"EMENT L

T P C 3 0 0 3

UNIT I OVERVIE< OF MANA"EMENT

5r!ani8ation + Mana!ement + ole o' mana!ers + Evol%tion o' Mana!ement tho%!ht +5r!ani8ation and the environmental 'actors + Mana!in! !lo.ally + trate!ies 'or,nternational ;%siness&

UNIT II PLANNIN" at%re and p%rpose o' plannin! + Plannin! process + Types o' plans ? 5.ectives + +Mana!in! .y o.ective M;5F trate!ies + Types o' strate!ies + Policies + $ecisionMain! + Types o' decision + $ecision Main! Process + ational $ecision Main!Process + $ecision Main! %nder di''erent conditions&

UNIT III OR"ANI@IN" at%re and p%rpose o' or!ani8in! + 5r!ani8ation str%ct%re + )ormal and in'ormal !ro%ps

I or!ani8ation + -ine and ta'' a%thority + $epartmentation + pan o' control +"entrali8ation and $ecentrali8ation + $ele!ation o' a%thority + ta''in! + election andecr%itment + 5rientation + "areer $evelopment + "areer sta!es ? Trainin! + +Per'ormance Appraisal&

UNIT IV DIRECTIN" "reativity and ,nnovation + Motivation and atis'action + Motivation Theories -eadership+ -eadership theories + "omm%nication + H%rdles to e''ective comm%nication +5r!ani8ation "%lt%re + Elements and types o' c%lt%re + Mana!in! c%lt%ral diversity&

UNIT V CONTROLLIN" Process o' controllin! + Types o' control + ;%d!etary and non+.%d!etary control

techni(%es + Mana!in! Prod%ctivity + "ost "ontrol + P%rchase "ontrol + Maintenance"ontrol + >%ality "ontrol + Plannin! operations&

TOTAL $ #5

S44> !&&:

1& Hellrie!elC loc%m O =acsonC S Mana!ement + A "ompetency ;ased ApproachSCThomson o%th *esternC 10th editionC 200/&

2& Harold oont8C Hein8 *eihrich and Mar "anniceC SMana!ement + A !lo.al OEntreprene%rial PerspectiveSC Tata Mc!ra HillC 12th editionC 200/&

3& tephen P& o..ins and Mary "o%lterC SMana!ementSC Prentice Hall o' ,ndiaC th edition&4& "harles * - HillC teven - MchaneC SPrinciples o' Mana!ementSC Mc!ra Hill Ed%cationC pecial ,ndian EditionC 200/& Andre =& $%.rinC SEssentials o' Mana!ementSC Thomson o%thesternC /th

editionC 200/&

3#


35/88

PTCS211 DATA STRUCTURES AND O!ECT ORIENTED PRO"RAMMIN" IN C?? L T P C

3 0 0 3

AIM

To provide an in+depth noled!e in pro.lem solvin! techni(%es and data str%ct%res&O!ECTIVES

To learn the systematic ay o' solvin! pro.lems To %nderstand the di''erent methods o' or!ani8in! lar!e amo%nts o' data To learn to pro!ram in "77 To e''iciently implement the di''erent data str%ct%res To e''iciently implement sol%tions 'or speci'ic pro.lems

UNIT I PRINCIPLES OF O!ECT ORIENTED PRO"RAMMIN" ,ntrod%ction+ Toens+E@pressions+conto%r tr%ct%res ?)%nctions in "77C classes ando.ectsC constr%ctors and destr%ctors Coperators overloadin! and type conversions &

UNIT II ADVANCED O!ECT ORIENTED PRO"RAMMIN" ,nheritanceC E@tendin! classesC PointersC irt%al '%nctions and polymorphismC )ile

Handlin! Templates CE@ception handlin!C Manip%latin! strin!s&UNIT III DATA STRUCTURES 8 AL"ORITHMS

Al!orithmC AnalysisC -istsC tacs and (%e%esC Priority (%e%es+;inary Heap+ApplicationCHeapsC se heapsC ;inomial ?hashin!+hash ta.les itho%t lined lists

UNIT IV NONLINEAR DATA STRUCTURES Trees+;inary treesC search tree A$TC A- trees splay TreesC Graph Al!orithms+Topolo!ical sortC shortest path al!orithm netor 'lo pro.lems+minim%m spannin! treeapplications o' depth+'irst+search+,ntrod%ction to P + completeness&

UNIT V SORTIN" AND SEARCHIN" ortin! ? ,nsertion sortC hell sortC Heap sortC Mer!e sortC >%ic sortC ,ndirect sortin!C;%cet sortC ,ntrod%ction to Al!orithm $esi!n Techni(%es ?Greedy al!orithmC $ivide and"on(%erC $ynamic Pro!rammin!& T&*+ /&- $ #5TET !OOS

1. Mar Allen *eissC $ata tr%ct%res and Al!orithm Analysis in "NC 3 rd edC PearsonEd%cation AsiaC 200/&

2& E& ;ala!%r%samyC 5.ect 5riented Pro!rammin! ith "77NC McGra Hill"ompany -td&C 200/&

REFERENCES

1. Michael T& GoodrichC $ata tr%ct%res and Al!orithm Analysis in "77NC *ileyst%dent editionC 200/&

2. ahniC $ata tr%ct%res Dsin! "77NC The McGra+HillC 2006&3.

eymo%rC $ata tr%ct%resNC The McGra+HillC 200/&4& =ean ? Pa%l Trem.lay O Pa%l G&orensonC An ,ntrod%ction to data str%ct%resith applicationsC Tata McGra Hill editionC ,, EditionC 2002&

#& =ohn &H%..ardC cha%ms o%tline o' theory and pro.lem o' data str%ct%re ith"77C McGra+HillC e $elhiC 2000&

6& ;arne tro%str%pC The "77 Pro!rammin! -an!%a!eC Addison *esleyC 2000/& o.ert -a'oreC 5.ect oriented pro!rammin! in "77C Gal!otia P%.lication

35


36/88

PTEC 9255 COMPUTER ARCHITECTURE AND ORGANIZATION

L T P C3 0 0 3

UNIT I INTRODUCTION

"omp%tin! and "omp%tersC Evol%tion o' "omp%tersC -, EraC ystem $esi!n+ e!ister-evelC Processor -evelC "PD 5r!ani8ationC $ata epresentationC )i@ed ? Point%m.ersC )loatin! Point %m.ersC ,nstr%ction )ormatsC ,nstr%ction Types& Addressin!modes&

UNIT II DATA PATH DESI"N )i@ed Point ArithmeticC AdditionC %.tractionC M%ltiplication and $ivisionC "om.inationaland e(%ential A-DsC "arry loo ahead adderC o.ertson al!orithmC .ooths al!orithmCnon+restorin! division al!orithmC )loatin! Point ArithmeticC "oprocessorC PipelineProcessin!C Pipeline $esi!nC Modi'ied .ooths Al!orithm

UNIT III CONTROL DESI"N

Hardired "ontrolC Micropro!rammed "ontrolC M%ltiplier "ontrol DnitC "PD "ontrol DnitCPipeline "ontrolC ,nstr%ction PipelinesC Pipeline Per'ormanceC %perscalar Processin!Cano Pro!rammin!&

UNIT IV MEMORY OR"ANI@ATION andom Access MemoriesC erial + Access MemoriesC AM ,nter'acesC Ma!netic%r'ace ecordin!C 5ptical MemoriesC m%ltilevel memoriesC "ache O irt%al MemoryCMemory AllocationC Associative Memory&

UNIT V SYSTEM OR"ANI@ATION "omm%nication methodsC ;%sesC ;%s "ontrolC ;%s ,nter'acin!C ;%s ar.itrationC ,5 and

system controlC ,5 inter'ace circ%itsC Handshain!C $MA and interr%ptsC vectoredinterr%ptsC P", interr%ptsC pipeline interr%ptsC ,5P or!ani8ationC operation systemsCm%ltiprocessorsC 'a%lt toleranceC ," and "," processorsC %perscalar and vectorprocessor&

L: $ #5

TET!OOS1& =ohn P&HayesC J"omp%ter architect%re and 5r!anisationC Tata McGra+HillC ThirdeditionC 199&2&&"arl HamacherC Kvono G& aranesic and a'at G& KayC "omp%ter5r!anisationC editionC McGra+Hill ,ncC 1996&

REFERENCES1& Morris ManoC "omp%ter ystem Architect%reNC Prentice+Hall o' ,ndiaC 2000&2& ParaamiC "omp%ter Architect%reNC ;EH 002C 5@'ord Press&3. P&Pal "ha%dh%riC C "omp%ter or!ani8ation and desi!nNC 2ndEd&C Prentice Hall o'

,ndiaC 200/&4& Miles =& M%rdocca and incent P& He%rin!C Principles o' "omp%ter Architect%reC

Printice HallC 2000#& G&ane O =&HeinrichC J M,P ," Architect%re JC En!leood cli''sC e =erseyC

Prentice HallC 1992&

36


37/88

PTEC306 MEASUREMENTS AND INSTRUMENTATIONL T P C

3 0 0 3UNIT I SCIENCE OF MEASUREMENT

Meas%rement ystem ? ,nstr%mentation ? "haracteristics o' meas%rement systems ?tatic and $ynamic ? Errors in Meas%rements ? "ali.ration and tandards&

UNIT II TRANSDUCERS"lassi'ication o' Transd%cers ? aria.le esistive transd%cers ? train !a%!es CThermistorC T$+ aria.le ,nd%ctive transd%cers+ -$TC $TC+ aria.le "apacitiveTransd%cers ? "apacitor microphone+ Photo electric transd%cers ? Pie8o electrictransd%cers ? Thermoco%ple ? ," sensors + )i.re optic sensors ? mart:intelli!entsensors&

UNIT III SI"NAL CONDITIONIN" AND SI"NAL ANALY@ERS$" and A" .rid!es ? *heatstoneC elvinC Ma@ellC Hay and cherin!&Pre+ ampli'ier ?

,solation ampli'ier ? )ilters ? $ata ac(%isition systems& pectr%m Analy8ers ? *aveanaly8ers ? -o!ic analy8ers&

UNIT IV DI"ITAL INSTRUMENTS$i!ital oltmeters ? Millimeters ? a%tomation in oltmeter ? Acc%racy and esol%tion in$M + G%ardin! techni(%es ? )re(%ency co%nter+ $ata -o!!ers ? ,ntrod%ction to ,EEE4:GP,; ;%ses&

UNIT V DATA DISPLAY AND RECORDIN" SYSTEMS$%al trace "5 ? $i!ital stora!e and Analo! stora!e oscilloscope& Analo! and $i!italecorders and printers& irt%al ,nstr%mentation + ;loc dia!ram and architect%re ?

Applications in vario%s 'ields& Meas%rement systems applied to Micro and

anotechnolo!y&TET !OOS

1& Al.ert $&Hel'ric and *illiam $& "ooperC Modern Electronic ,nstr%mentation andMeas%rement Techni(%esNC Prentice Hall o' ,ndiaC 200/&

2. Ernest o $oe.elin and dhanesh maniC Meas%rement systemsN C#theditionCMcGra+HillC 200/&

REFERENCES1& =ohn P& ;entleyC Principles o' Meas%rement ystemsNC )o%rth editionC pearson

Ed%cation -imitedC 200#&2& A& & ahneyC "o%rse ,n Electrical And Electronic Meas%rement And

,nstr%mentationNC $hanpat ai P%.lisherC 2000&3& ;o%ensCA&=C $i!ital ,nstr%mentationNC Tata Mc+Gra HillC 196&4& $avid A&;ellC Electronic ,nstr%mentation and Meas%rementsNC econd editionC

Prentice Hall o' ,ndiaC 200/&

37


38/88

PTEC 351 MEDICAL ELECTRONICSL T P C

3 0 0 3UNIT I ELECTROPHYSIOLO"Y AND !IOPOTENTIAL RECORDIN" The ori!in o' ;iopotentialsL .iopotential electrodesL .iolo!ical ampli'iersL E"GC EEGCEMGC P"GC E5G ? lead systems and recordin! methodsC typical ave'orms and si!nal

characteristics&

UNIT II !IOCHEMICAL AND NON ELECTRICAL PARAMETERMEASUREMENTS

pHC p52C p"52C pH"53C ElectrophoresisC colorimeterC photometerC A%to analy8erC ;lood'lo meterC cardiac o%tp%tC respiratory meas%rementC ;lood press%reC temperat%reCp%lseC ;lood cell co%ntersC di''erential co%nt&

UNIT III ASSIST DEVICES "ardiac pacemaersC $" $e.rillatorsC $ialyserC Heart+-%n! machineC Hearin! aids&

UNIT IV PHYSICAL MEDICINE AND !IOTELEMETRY $iathermies ? hort+aveC %ltrasonic and microave type and their applicationsCmedical stim%latorC Telemetry principlesC 're(%ency selectionC ;io+telemetryC radio+pill andtele+stim%lationC electrical sa'ety&

UNIT V RECENT TRENDS IN MEDICAL INSTRUMENTATION Thermo!raphC endoscopy %nitC -aser in medicineC %r!ical diathermyC cryo!enicapplicationC introd%ction to telemedicine&

TOTAL : #5 PERIODSTET !OOS

1& =ohn G&*e.sterC Medical ,nstr%mentation Application and $esi!nNC =ohn *iley

and onsC AsiaF Pvt&-td&C 2004&2& -esile "romellC ;iomedical instr%mentation and meas%rementNC Prentice Hall o',ndiaC e $elhiC 200/&

REFERENCES1& handp%rC && Hand.oo o' ;iomedical ,nstr%mentationNC Tata McGra+HillC

e $elhiC econd editionC 2003&2& =oseph&=C "arr and =ohn M&;ronC ,ntrod%ction to ;iomedical e(%ipment

technolo!yNC Pearson Ed%cation ,nc&2004&

3%


39/88

PTEC 352


40/88


41/88

PTEC022 TELEVISION AND VIDEO EN"INEERIN" L T P C3 0 0 3

UNIT I FUNDAMENTALS OF TELEVISION Aspect ratio+,ma!e contin%ity+%m.er o' scannin! lines+,nterlaced scannin!+Pict%reresol%tion+"amera t%.es+,ma!e 5rthicon+idicon+ Pl%m.icon+ ilicon $iode Arrayidicon+ olid+state ,ma!e scanners+ Monochrome pict%re t%.es+ "omposite video

si!nal+ video si!nal dimension+hori8ontal sync& "omposition+vertical sync& $etails+'%nctions o' vertical p%lse train+ cannin! se(%ence details& Pict%re si!nal transmission+positive and ne!ative mod%lation+ ; transmission+ o%nd si!nal transmission+tandard channel .andidth&

UNIT II MONOCHROMETELEVISION TRANSMITTER AND RECEIVER T transmitter+T si!nal Propa!ation+ ,nter'erence+ T Transmission Antennas+Monochrome T receiver+ ) t%ner+ DH)C H) t%ner+$i!ital t%nin! techni(%es+A)T+,)s%.systems+AG" oise cancellation+ideo and o%nd inter+carrier detection+ision ,)s%.system+ $" re+insertion+ideo ampli'ier circ%its+ync operation+ typical syncprocessin! circ%its+$e'lection c%rrent ave'ormsC $e'lection oscillators+ )ramede'lection circ%its+ re(%irements+ -ine de'lection circ%its+EHT !eneration+eceiverantennas&

UNIT III ESSENTIALS OF COLOUR TELEVISION "ompati.ility+ "olo%r perception+Three colo%r theory+ -%minanceC H%e and sat%ration+"olo%r television cameras+al%es o' l%minance and colo%r di''erence si!nals+"olo%rtelevision display t%.es+$elta+!%n Precision+in+line and Trinitron colo%r pict%re t%.es+P%rity and conver!ence+ P%rity and static and $ynamic conver!ence ad%stments+Pinc%shion+correction techni(%es+A%tomatic de!a%ssin! circ%it+ Gray scale tracin!+colo%r si!nal transmission+ ;andidth+Mod%lation o' colo%r di''erence si!nals+*ei!htin!'actors+)ormation o' chrominance si!nal&

UNIT IV COLOUR TELEVISION SYSTEMS T" colo%r T systems+E"AM system+ PA- colo%r T systems+ "ancellation o'phase errors+PA-+$ "olo%r system+PA- coder+PA-+$ecoder receiver+"hromo si!nalampli'ier+separation o' D and si!nals+colo%r .%rst separation+;%rst phase$iscriminator+A"" ampli'ier+e'erence 5scillator+,dent and colo%r iller circ%its+D and demod%lators+ "olo%r si!nal matri@in!& o%nd in T

UNIT V ADVANCEDTELEVISION SYSTEMS atellite T technolo!y+Geo tationary atellites+atellite Electronics+$omestic;roadcast ystem+"a.le T+"a.le i!nal o%rces+"a.le i!nal Processin!C$istri.%tion O cram.lin!+ ideo ecordin!+" Electronics+ideo Home )ormats+ideo $isc recordin! and play.ac+$$ Players+Tele Te@t i!nal codin! and .roadcastreceiver+ $i!ital television+Transmission and reception ?Proection television+)lat paneldisplay T receivers+-"$ and Plasma screen receivers+3$T+E$T&


1. &&G%latiC Monochrome Television PracticeC PrinciplesC Technolo!y andservicin!&N Third Edition 2006C e A!e ,nternational PF P%.lishers&

2& &&G%latiC Monochrome O "olor TelevisionC e A!e ,nternational P%.lisherC2003&

REFERENCES

1& A&M $haeC Television and ideo En!ineerin!NC 2nd ed&C TMHC 2003&2& &P&;aliC "olor TelevisionC Theory and PracticeC Tata McGra+HillC 1994

#1


42/88

PTEC 023 MO!ILE AD HOC NETo aare ro%tin!&

UNIT IV ENDEND DELIVERY AND SECURITY Transport layer< ,ss%es in desi!nin!+ Transport layer classi'icationC adhoc transportprotocols& ec%rity iss%es in adhoc netors< iss%es and challen!esC netor sec%rity

attacsC sec%re ro%tin! protocols&UNIT V CROSS LAYER DESI"N AND INTER"RATION OF ADHOC FOR #" "ross layer $esi!n< eed 'or cross layer desi!nC cross layer optimi8ationC parameteroptimi8ation techni(%esC "ross layer ca%tionary perspectiveC ensor etor

Architect%reC $ata $isseminationC $ata Gatherin!C -ocation $iscoveryC >%ality o' aensor etor ,nte!ration o' adhoc ith Mo.ile ,P netors&


1& "&iva am M%rthy and ;&&ManoC Ad hoc *ireless etors Architect%res andprotocolsNC 2ndeditionC Pearson Ed%cation& 200/

2& "harles E& PerinsC Ad hoc etorin!NC Addison ? *esleyC 2000REFERENCES

1& te'ano ;asa!niC Marco "ontiC ilvia Giordano and ,van stomenovicC Mo.ileadhoc netorin!NC *iley+,EEE pressC 2004&2& Mohammad ,lyasC The hand.oo o' adhoc ireless netorsNC "" pressC

2002&3& T& "ampC =& ;olen!C and & $avies A %rvey o' Mo.ility Models 'or Ad Hoc

etor esearchCN *ireless "omm%nication and Mo.ile "omp&C pecial ,ss%eon Mo.ile

4& Ad Hoc etorin! esearchC Trends and ApplicationsC vol& 2C no& #C 2002C pp&43?#02&

#& )eri M& A.d%lalil and hriant & ;odhe C A s%rvey o' inte!ratin! ,P mo.ilityprotocols and Mo.ile Ad hoc netorsNC ,EEE comm%nication %rvey andt%torialsC v 9&no&1 200/&

6& &T&aisinhani and &,yer "ross layer desi!n optimi8ation in ireless protocolstacsNC "omp%ter comm%nicationC vol 2/ no& C 2004&/& &T&aisinhani and &,yerC N X"-A,L An E''icient "ross+-ayer Architect%re 'or

ireless protocol stacsNC *orld *ireless con!&C an )ranciscoC "ACMay 2004&& &aadia and P&P&%marCNA ca%tionary perspective on "ross+-ayer desi!nsNC

,EEE *ireless commn& vol 12C no 1C200#&

#2


43/88

PTEC 02# in!+An Ken!C ,ntrod%ction to *ireless and Mo.ileystemsNC Thomson ,ndia EditionC 2ndEd&C 200/&

3& Gary& & o!ers O =ohn EdardsC An ,ntrod%ction to *ireless Technolo!yNCPearson Ed%cationC 200/&

4& %mit asera and ishit aran!C 3G etors ? Architect%reC Protocols andProced%resNC Tata McGra HillC 200/&

#3
http://books.elsevier.com/9780123735805http://books.elsevier.com/9780123735805


44/88

PTEC 025


45/88

PTEC 026 SPACE TIME COMMUNICATION L T P C3 0 0 3

UNIT I MULTIPLE ANTENNA PROPA"ATION AND ST CHANNELCHARACTERI@ATION

*ireless channelC catterin! model in macrocellsC "hannel as a T random 'ieldCcatterin! '%nctionsC Polari8ation and 'ield diverse channelsC Antenna array topolo!yC

$e!enerate channelsC reciprocity and its implicationsC "hannel de'initionsC Physicalscatterin! modelC E@tended channel modelsC "hannel meas%rementsC sampled si!nalmodelC T m%lti%ser and T inter'erence channelsC T channel estimation&

UNIT II CAPACITY OF MULTIPLE ANTENNA CHANNELS AND SPATIALDIVERSITY

"apacity o' 're(%ency 'lat deterministic M,M5 channel< "hannel %nnon to thetransmitterC "hannel non to the transmitterC capacity o' random M,M5 channelsC,n'l%ence o' ricean 'adin!C 'adin! correlationC RP$ and de!eneracy on M,M5 capacityC"apacity o' 're(%ency selective M,M5 channelsC $iversity !ainC eceive antennadiversityC Transmit antenna diversityC $iversity order and channel varia.ilityC $iversity

per'ormance in e@tended channelsC "om.ined space and path diversity C,ndirect transmitdiversityC $iversity o' a space+time+'re(%ency selective 'adin! channel&

UNIT III MULTIPLE ANTENNA CODIN" AND RECEIVERS "odin! and interleavin! architect%reC T codin! 'or 're(%ency 'lat channelsC T codin!'or 're(%ency selective channelsC eceivers,5C,M5CM,M5FC,terative M,M5receiversC E@ploitin! channel noled!e at the transmitter< linear pre+'ilterin!C optimalpre+'ilterin! 'or ma@im%m rateC optimal pre+'ilterin! 'or error rate minimi8ationC selectionat the transmitterC E@ploitin! imper'ect channel noled!e&

UNIT IV ST OFDM ; SPREAD SPECTRUM AND MIMO MULTIUSER DETECTION ,5+5)$M mod%lationC M,M5+5)$M mod%lationC i!nalin! and receivers 'or M,M5+5)$MC,5+ mod%lationC M,M5+ mod%lationC i!nalin! and receivers 'or M,M5+&M,M5+MA"CM,M5+;"C 5%ta!e per'ormance 'or M,M5+MDCM,M5+MD ith5)$MC"$MA and m%ltiple antennas

UNIT V ST COCHANNEL INTERFERENCE MITI"ATION AND PERFORMANCELIMITS IN MIMO CHANNELS "", characteristicsC i!nal modelsC "", miti!ation on receive 'or ,M5C"", miti!atin!receivers 'or M,M5C"", miti!ation on transmit 'or M,5C =oint encodin! and decodin!C mod%lationC 5)$M mod%lationC ,nter'erence diversity and m%ltiple antennasC Errorper'ormance in 'adin! channelsC i!nalin! rate vs PE vs C pectral e''iciency o' Tdoin!:receiver techni(%esC ystem $esi!nC "omments on capacity

TOTAL : #5 PERIODSTET !OO:1& Pa%lraC ohit a.arC $hananay GoreC ,ntrod%ction to pace Time *ireless

"omm%nication ystemsNC "am.rid!e Dniversity PressC 2003REFERENCES:1& $avid Tse and Pramod isanathC )%ndamentals o' *ireless "omm%nicationNC

"am.rid!e Dniversity PressC 200#&2& er!io erd% M%lti Dser $etectionN "am.rid!e Dniversity PressC 1993& Andre iter.i Principles o' pread pectr%m Techni(%esN Addison *esley 199#

#5


46/88

PTEC 027 INFORMATION THEORY L T P C3 0 0 3

UNIT I 9UANTITATIVE STUDY OF INFORMATION %;asic ine(%alitiesC EntropyC %ll.ac+-ei.ler distanceC M%t%al in'ormationC ;o%nds onentropyC )isher in'ormation C "ramer ao ine(%alityC econd la o' thermodynamics C

%''icient statistic C Entropy rates o' a tochastic process &

UNIT II CAPACITY OF NOISELESS CHANNEL%

)%ndamental theorem 'or a noiseless channel C$ata compression C ra't ine(%ality Channon+)ano codes C H%''man codes C Asymptotic e(%ipartition C ate distortion theory

UNIT III CHANNEL CAPACITY Properties o' channel capacity C =ointly typical se(%ences C "hannel "odin! TheoremCconverse to channel codin! theoremC =oint so%rce channel codin! theorem

UNIT IV DIFFERENTIAL ENTROPY AND "AUSSIAN CHANNEL

AEP 'or contin%o%s random varia.lesC relationship .eteen contin%o%s and discreteentropyC properties o' di''erential entropyC Ga%ssian channel de'initionsC converse tocodin! theorem 'or Ga%ssian channelC channels ith colored noiseC Ga%ssian channelsith 'eed.ac

UNIT V NET


47/88


48/88

PTEC02 ELECTRO MA"NETIC INTERFERENCE AND COMPATI!ILITYL T P C3 0 0 3

UNIT I !ASIC CONCEPTS 7

$e'inition o' EM, and EM"L ,ntra and ,nter system EM,L o%rces and victims o' EM,C"ond%cted and adiated EM, emission and s%scepti.ilityL Transient O E$L "aseHistoriesL adiation Ha8ards to h%mans&

UNIT II COUPLIN" MECHANISM "ommon made co%plin!L $i''erential mode co%plin!L "ommon impedance co%plin!LGro%nd loop co%plin!L )ield to ca.le co%plin!L "a.le to ca.le co%plin!L Poer mains andPoer s%pply co%plin!&

UNIT III EMI MITI"ATION TECHNI9UES 10

hieldin! ? principleC choice o' materials 'or HC E and 'ree space 'ieldsC and thicnessLEM, !asetsL ;ondin!L Gro%ndin! ? circ%itsC system and ca.le !ro%ndin!L )ilterin!LTransient EM, control devices and applicationsL P"; Konin!C "omponent selectionCmo%ntin!C trace ro%tin!&

UNIT IV STANDARDS AND RE"ULATION 7Dnits o' EM,L ational and ,nternational EM, tandardi8in! 5r!ani8ations ? ,E"C A,C)""C ",PC ;,C "EE-E"L )"" standardsL E Emission and %scepti.ilitystandards and speci'icationsL M,-461E tandards&

UNIT V TEST METHODS AND INSTRUMENTATION 12

EM, test sites + 5pen area siteL TEM cellL hielded cham.erL hielded Anechoiccham.erL EM, test receiversL pectr%m Analy8erL Transient EM, Test ave im%latorsLEM, co%plin! etors + -ine impedance ta.ili8ation etorsL )eed thro%!hcapacitorsL Antennas and 'actorsL "%rrent pro.es and cali.ration 'actorL M,-+T$ testmethodsL "ivilian T$ Test methods&

TOTAL : #5PERIODS

TET !OO:

1& &P& odaliC En!ineerin! EM" PrinciplesC Meas%rements and Technolo!iesNC,EEE PressC eyorC2001

2& Henry *&5tt&C oise ed%ction Techni(%es in Electronic ystemsNC A *iley ,ntercience P%.licationsC =ohn *iley and onsC eyorC 19&

REFERENCES:1& $on &=&*hite "ons%ltant ,ncorporateC Hand.oo o' EM,:EM"NC ol ,+C 19&2& ;emhard eiserC Principles o' Electroma!netic "ompati.ilityNC 3 rd EdC Artech

ho%seC oroodC 19/

#%


49/88

PTEC 030 COMMUNICATION NET%e%ed itchC ,np%t >%e%ed itch and ",5>

itch ith ParallelismC ;locin! in itchin! etorsC "losed etors&UNIT IV ROUTIN"

Al!orithms 'or hortest Path o%tin! + $istras Al!orithmC ;ellman )ord Al!orithmCGenerali8ed $istras Al!orithmC 5ptimal o%tin!C o%tin! Protocols+$istance ectorC-in tate and E@terior !ateay protocolsC )orm%lations o' the o%tin! Pro.lem+minim%m inter'erence o%tin!C MP-C >o o%tin!C onadditive and Additive metrics

UNIT V CASE STUDIES $esi!n o' a ireless netor and a ired netorC prototype implementation to .esim%lated in a netor sim%lator&

TOTAL : #5 PERIODS

TET !OOS1& An%ra! %marC $& Man%nath and =oy "omm%nication etorin!NC Mor!an

a%'an P%.lishersC200#&2& A&-ean Garica and ,ndra idaaCN"omm%nications etorsNC Tata Mc Gra

HillC2004&

REFERENCES1& Thomas G&o.erta88iC "omp%ter etors and ystemsNC Third EditionC

prin!erC2006&2& eshav&&C An En!ineerin! Approach to "omp%ter etorin!NC Addison ?

*esleyC 1999&

#


50/88

PTEC 031 SATELLITE COMMUNICATION L T P C3 0 0 3

UNIT I SATELLITE OR!ITS AND TRAECTORIES %5r.ital MechanicsY5r.it E(%ationsC eplers -asC 5r.ital PeriodC 5r.its and their

typesC loo an!le calc%lationL atellite -a%nch&

UNIT II SATELLITE SU!SYSTEM 10atellite %.systemsYA5"C TT"OMC PoerC TranspondersC AntennasL earth control+E''ects o' earth+Pert%r.ationC s%ntransitC moontransitC satellite poer desi!nC MT;)&;asic E(%ationsL ystem oise and G:T ratioL DplinC $onlin and $esi!n 'or aspeci'ied ": ratioC ith GE5 and -E5 e@amplesL Atmospheric and ain e''ects on linper'ormance&

UNIT III LIN DESI"N; MODULATION AND ERROR CONTROL 10in!le lin desi!n+do%.le lin desi!n aspectsC PAMC .ase.and processin!C $i!italMod%lation 'or satellite lins+ ;PC>P and >AML T$M standards 'or satellite

systemsL Error control re(%irements 'or satellite linYA>C "oncatenated "odesC,nterleavin!C T%r.o codes&

UNIT IV MULTIPLE ACCESS FOR SATELLITE COMMUNICATIONS )$M+)M+)$MA + T$MA+str%ct%re and system desi!nL 5n.oard Processin! systemsL$AMA and PAMAL "$MA+system desi!n and capacity&UNIT V SOME APPLICATIONS %emote sensin!C navi!ationC scienti'ic and military applicationC ATYetorarchitect%reC Access "ontrol protocols and techni(%esC AT Earth stationsL atelliteMo.ile TelephonyYGlo.al starC $;:$TH TelevisionC GPC *eather satellites&

TOTAL : #5 PERIODS

TET !OO:1& T&PrattC "& ;ostian and =&Alln%ttL atellite "omm%nicationsNC =ohn *iley and onsC

econd Edition&C 2003&2& $&odyC atellite "omm%nicationsNC e!ents:Prentice HallL En!leoods =FC 199.3& M& ichhariaC atellite comm%nication systemsNC McGra+Hill Pro'essional P%.lished

1999&

REFERENCES1& *&-&PritchardCH G %yderho%d and A elsonC atellite "omm%nication ystem

En!ineerin!NC econd editionC Prentice HallC 1993&2& Tri& T& HaC $i!ital atellite "omm%nicationsNC McGra HillC econd EditionC 1990&3& ;&&A!aralC $esi!n o' Geosynchrono%s pace cra'tNC Prentice HallC 196&

50


51/88

PTEC032 DI"ITAL S


52/88

PTEC033 TELECOMMUNICATION SYSTEM MODELIN" AND SIMULATIONL T P C3 0 0 3

UNIT I SIMULATION METHODOLO"Y %,ntrod%ctionC Aspects o' methodolo!yC Per'ormance EstimationC im%lation samplin!'re(%encyC -o pass e(%ivalent sim%lation models 'or .andpass si!nalsC M%lticarrier

si!nalsC on+linear and time+varyin! systemsC Post processin! ? ;asic !raphicaltechni(%es and estimations&

UNIT II RANDOM SI"NAL "ENERATION 8 PROCESSIN" %Dni'orm random n%m.er !enerationC Mappin! %ni'orm random varia.les to an ar.itrarypd'C "orrelated and Dncorrelated Ga%ssian random n%m.er !enerationC P se(%ence!enerationC andom si!nal processin!C Testin! o' random n%m.er !enerators&

UNIT III MONTE CARLO SIMULATION )%ndamental conceptsC Application to comm%nication systemsC Monte "arlo inte!rationCemianalytic techni(%esC "ase st%dy< Per'ormance estimation o' a ireless system&

UNIT IV ADVANCED MODELS 8 SIMULATION TECHNI9UES 10Modelin! and sim%lation o' non+linearities< TypesC Memoryless non+linearitiesC on+linearities ith memoryC Modelin! and sim%lation o' Time varyin! systems < andomprocess modelsC Tapped delay line modelC Modellin! aand sim%lation o' ave'ormchannelsC $iscrete memoryless channel modelsC Marov model 'or discrete channelsith memory&

UNIT V EFFICIENT SIMULATION TECHNI9UES 10Tail e@trapolationC pd' estimatorsC ,mportance samplin! methodsC "ase st%dy< im%lation

o' a "ell%lar adio ystem& TOTAL : #5

PERIODS

TET !OO:1&*illiam&H&TranterC & am hanm%!amC Theodore& & appaportC %rt -& os.arCPrinciples o' "omm%nication ystems im%lationC Pearson Ed%cation in!aporeFPvt& -tdC 2004&

REFERENCES:1& M&"& =er%chimC P&;ala.an and & am hanm%!amC im%lation o'

"omm%nication ystems< Modelin!C Methodolo!y and Techni(%esNC Plen%mPressC e orC 2001&

2& Averill&M&-a and *& $avid eltonC im%lation Modelin! and AnalysisC McGeaHill ,nc&C 2000&

3& Geo''rey GordenC ystem im%lationC Prentice Hall o' ,ndiaC 2nd

EditionC 1992&4& =erry ;ans and =ohn & "arsonC $iscrete Event ystem im%lationC PrenticeHall o' ,ndiaC 194&

52


53/88

PTEC03# MULTIMEDIA COMPRESSION AND COMMUNICATIONL T P C3 0 0 3

UNIT I MULTIMEDIA COMPONENTS ,ntrod%ction + M%ltimedia sills + M%ltimedia components and their characteristics + Te@tCso%ndC ima!esC !raphicsC animationC videoC hardare&

UNIT II AUDIO AND VIDEO COMPRESSION A%dio compression?$P"M+Adaptive P"M ?adaptive predictive codin!+linear Predictivecodin!+code e@cited -P"+perpet%al codin! ideo compression ?principles+H&261+H&263+MPEG 1C 2C 4&

UNIT III TET AND IMA"E COMPRESSION "ompression principles+so%rce encoders and destination encoders+lossless and lossycompression+entropy encodin! ?so%rce encodin! +te@t compression ?static H%''mancodin! dynamic codin! ?arithmetic codin! ?-empel 8iv+elsh "ompression+ima!ecompression

UNIT IV V&IP TECHNOLO"Y

;asics o' ,P transportC o,P challen!esC H&323: ,P ?etor Architect%reC ProtocolsC"all esta.lishment and releaseC o,P and /C >%ality o' ervice+ "5$E" Methods+5,P applica.ility

UNIT V MULTIMEDIA NET


54/88

PTEC 035 OPTICAL NET


55/88

PTEC036 DI"ITAL IMA"E PROCESSIN"L T P C3 0 0 3

UNIT I DI"ITAL IMA"E FUNDAMENTALS

Elements o' di!ital ima!e processin! systemsC idicon and $i!ital "amera orin!principlesC + Elements o' vis%al perceptionC .ri!htnessC contrastC h%eC sat%rationC mach

.and e''ectC "olor ima!e '%ndamentals + G;C H, modelsC ,ma!e samplin!C>%anti8ationC ditherC To+dimensional mathematical preliminariesC 2$ trans'orms + $)TC$"TC -TC $&

UNIT II IMA"E ENHANCEMENT

Histo!ram e(%ali8ation and speci'ication techni(%esC oise distri.%tionsC patialavera!in!C $irectional moothin!C MedianC Geometric meanC Harmonic meanC"ontraharmonic mean 'iltersC Homomorphic 'ilterin!C "olor ima!e enhancement&

UNIT III IMA"E RESTORATION

,ma!e estoration + de!radation modelC Dnconstrained and "onstrained restorationC

,nverse 'ilterin!+removal o' .l%r ca%sed .y %ni'orm linear motionC *iener 'ilterin!CGeometric trans'ormations+spatial trans'ormations&

#. IMA"E SE"MENTATION

Ed!e detectionC Ed!e linin! via Ho%!h trans'orm ? Thresholdin! + e!ion .asedse!mentation ? e!ion !roin! ? e!ion splittin! and Mer!in! ? e!mentation .ymorpholo!ical atersheds ? .asic concepts ? $am constr%ction ? *atershedse!mentation al!orithm&

5. IMA"E COMPRESSION

eed 'or data compressionC H%''manC %n -en!th Encodin!C hi't codesC Arithmetic

codin!C ector >%anti8ationC Trans'orm codin!C =PEG standardC MPEG&

TOTAL : #5 PERIODS

TET !OO:

1& a'ael "& Gon8ale8C ichard E& *oodsC C $i!ital ,ma!e Processin!SC PearsonCEd%cationC ,nc&C econd EditionC 2004&

2& Anil & =ainC C )%ndamentals o' $i!ital ,ma!e Processin!SC Pearson Ed%cationC,nc&C 2002&

REFERENCES:

1& enneth & "astlemanC $i!ital ,ma!e Processin!C PearsonC 2006&2& a'ael "& Gon8ale8C ichard E& *oodsC teven EddinsC N$i!ital ,ma!e Processin!

%sin! MAT-A;NC Pearson Ed%cationC ,nc&C 2004&3& $CE& $%d!eon and M& Merserea%C M%ltidimensional $i!ital i!nal Processin!NC

Prentice Hall Pro'essional Technical e'erenceC 1990&4& *illiam & PrattC $i!ital ,ma!e Processin!N C =ohn *ileyC e orC 2002#& Milan ona et a,C ,ma!e Processin!C Analysis and Machine visionNC ;rooes:"oleC ias P%.lishin! Ho%seC 2nd editionC 1999

55


56/88

PTEC 037 ADVANCED DI"ITAL SI"NAL PROCESSIN" L T P C3 0 0 3

UNIT I DISCRETE TIME RANDOM SI"NALS $iscrete random process ? Ensem.le avera!esC tationary and er!odic processesC

A%tocorrelation and A%tocovariance properties and matricesC *hite noiseC Poerpectral $ensityC pectral )actori8ationC ,nnovations epresentation and ProcessC

)ilterin! random processesC AMAC A and MA processes&

UNIT II SPECTRUM ESTIMATION ;ias and "onsistencyC Periodo!ramC Modi'ied periodo!ramC ;lacman+T%ey methodC*elch methodC Parametric methods o' spectral estimationC -evinson+$%r.in rec%rsion&

UNIT III LINEAR ESTIMATION AND PREDICTION )orard and ;acard linear predictionC )ilterin! + ), *iener 'ilter+ )ilterin! and linearpredictionC non+ca%sal and ca%sal ,, *iener 'iltersC $iscrete alman 'ilter&

UNIT IV ADAPTIVE FILTERS Principles o' adaptive 'ilter ? ), adaptive 'ilter ? etons teepest descent al!orithm ?

$erivation o' 'irst order adaptive 'ilter ? -M adaptation al!orithms ? Adaptive noisecancellationC Adaptive e(%ali8erC Adaptive echo cancellers&

UNIT V


57/88

PTEC03% VLSI SI"NAL PROCESSIN" L T P C3 0 0 3

UNIT I DSP SYSTEMS; PIPELININ" AND PARALLEL PROCESSIN" ,ntrod%ction To $P ystems +Typical $P al!orithmsL ,teration ;o%nd ? data 'lo

!raph representationsC loop .o%nd and iteration .o%ndC -on!est path Matri@ al!orithmLPipelinin! and parallel processin! ? Pipelinin! o' ), di!ital 'iltersC parallel processin!Cpipelinin! and parallel processin! 'or lo poer&

UNIT II RETIMIN"; UNFOLDIN" AND RAN ORDER FILTERS etimin! + de'initions and propertiesL Dn'oldin! ? an al!orithm 'or Dn'oldin!C propertieso' %n'oldin!C parallel processin! applicationL Al!orithmic stren!th red%ction in 'ilters andtrans'orms ? 2+parallel ), 'ilterC 2+parallel 'ast ), 'ilterC $"T al!orithm architect%reCparallel architect%res 'or ran+order 'iltersC 5dd+ Even Mer!e+ ort architect%reC parallelran+order 'ilters&

UNIT III FAST CONVOLUTION; PIPELININ" AND PARALLEL PROCESSIN" OFIIR FILTERS

)ast convol%tion ? "oo+Toom al!orithmC modi'ied "oo+Too al!orithmL Pipelined andparallel rec%rsive 'ilters ? ine''icient:e''icient sin!le channel interleavin!C -oo+ Aheadpipelinin! in 'irst+ order ,, 'iltersC -oo+Ahead pipelinin! ith poer+o'+todecompositionC "l%stered -oo+Ahead pipelinin!C parallel processin! o' ,, 'iltersCcom.ined pipelinin! and parallel processin! o' ,, 'ilters&

UNIT IV ROUNDOFF NOISE; !ITLEVEL ARITHMETIC ARCHITECTUREScalin! and ro%ndo'' noise+ scalin! operationC ro%ndo'' noiseC state varia.le descriptiono' di!ital 'iltersC scalin! and ro%ndo'' noise comp%tationC ro%ndo'' noise in pipelined 'irst+order 'iltersL ;it+-evel Arithmetic Architect%res+ parallel m%ltipliers ith si!n e@tensionCparallel carry+ripple array m%ltipliersC parallel carry+save m%ltiplierC 4@ 4 .it ;a%!h+*ooley carry+save m%ltiplicationC desi!n o' -yons .it+serial m%ltipliers %sin! Horners

r%leC .it+serial ), 'ilterC "$ representationC "$ m%ltiplication %sin! Horners r%le 'orprecision improvement&

UNIT V NUMERICAL STREN"TH REDUCTION;


58/88


59/88

PTEC0#0 RO!OTICS L T P C3 0 0 3

UNIT I SCOPE OF RO!OTS #The scope o' ind%strial o.ots + $e'inition o' an ind%strial ro.ot + eed 'or ind%strial

ro.ots + applications&

UNIT II RO!OT COMPONENTS )%ndamentals op' o.ot Technolo!y + A%tomation and o.otics + o.ot anatomy + *orvol%me + Prescision o' movement + End e''ectors + ensors&

UNIT III RO!OT PRO"RAMMIN" o.ot Pro!rammin! + Methods + interlocs te@t%al lan!%a!es& "haracteristics o' o.otlevel lan!%a!esC characteristic o' tas level lan!%a!es&

UNIT IV RO!OT


60/88

PTEC0#1 SPEECH PROCESSIN" L T P C3 0 0 3

UNIT I !ASIC CONCEPTS 10

peech )%ndamentals< Artic%latory Phonetics ? Prod%ction and "lassi'ication o' peecho%ndsL Aco%stic Phonetics ? aco%stics o' speech prod%ctionL evie o' $i!ital i!nalProcessin! conceptsL hort+Time )o%rier Trans'ormC )ilter+;an and -P" Methods&

UNIT II SPEECH ANALYSIS 10)eat%resC )eat%re E@traction and Pattern "omparison Techni(%es< peech distortionmeas%res ? mathematical and percept%al ? -o! pectral $istanceC "epstral $istancesC*ei!hted "epstral $istances and )ilterin!C -ielihood $istortionsC pectral $istortion%sin! a *arped )re(%ency caleC -P"C P-P and M)"" "oe''icientsC Time Ali!nmentand ormali8ation ? $ynamic Time *arpin!C M%ltiple Time ? Ali!nment Paths&

UNIT III SPEECH MODELIN" %

Hidden Marov Models< Marov ProcessesC HMMs ? Eval%ationC 5ptimal tatee(%ence ? iter.i earchC ;a%m+*elch Parameter e+estimationC ,mplementationiss%es&

UNIT IV SPEECH RECO"NITION %-ar!e oca.%lary "ontin%o%s peech eco!nition< Architect%re o' a lar!e voca.%larycontin%o%s speech reco!nition system ? aco%stics and lan!%a!e models ? n+!ramsCconte@t dependent s%.+ord %nitsL Applications and present stat%s&

UNIT V SPEECH SYNTHESIS Te@t+to+peech ynthesis< "oncatenative and ave'orm synthesis methodsC s%.+ord%nits 'or TTC intelli!i.ility and nat%ralness ? role o' prosodyC Applications and present

stat%s& TOTAL : #5 PERIODS

TET!OO1& -arence a.inerand ;iin!+Han! =%an!C )%ndamentals o' peech

eco!nitionNC Pearson Ed%cationC 2003& 2& $aniel =%ra'sy and =ames H MartinC peech and -an!%a!e Processin! ? An

,ntrod%ction to at%ral -an!%a!e Processin!C "omp%tational -in!%isticsC andpeech eco!nitionNC Pearson Ed%cationC 2002&

3& )rederic =elineC tatistical Methods o' peech eco!nitionNC M,T PressC 199/&

REFERENCES:1& teven *& mithC The cientist and En!ineers G%ide to $i!ital i!nal

Processin!NC "ali'ornia Technical P%.lishin!C 199/&2& Thomas ) >%atieriC $iscrete+Time peech i!nal Processin! ? Principles and

PracticeNC Pearson Ed%cationC 2004&3& "la%dio ;ecchetti and -%cio Prina icottiC peech eco!nitionNC =ohn *iley and

onsC 1999&4& ;en !old and elson Mor!anC peech and a%dio si!nal processin!NC processin!

and perception o' speech and m%sicC *iley+ ,ndia EditionC 2006 Edition&

60


61/88

PTEC0#2 AVIONICS L T P C3 0 0 3

UNIT I INTRODUCTION ,ntrod%ction to aircra't ? A@es system ? PartsC importance and role o' Avionics ? systemshich inter'ace directly ith pilot ? Aircra't state sensor systems ? avi!ation systems ?

E@ternal orld sensor systems ? tas a%tomation systems& Avionics architect%reevol%tion& Avionics $ata .%ses + M,- T$ 1##3C A," 429C A," 629&

UNIT II RADIO NAVI"ATION Types o' adio avi!ation ? A$)C $MEC 5C -5AC $E""AC 5MEGA& ,-C M-

UNIT III INERTIAL AND SATELLITE NAVI"ATION SYSTEMS ,nertial sensors ? GyroscopesC AccelerometersC ,nertial navi!ation systems ? ;locdia!ramC Plat'orm and strap don ,& atellite avi!ation + GP

UNIT IV AIR DATA SYSTEMS AND AUTOPILOT Air data (%antities ? Altit%deC AirspeedC Mach no&C ertical speedC Total Air temperat%reC

tall arnin!C Altit%de arnin!& A%topilot ? .asic principles ? lon!it%dinal and laterala%topilot&

UNIT V AIRCRAFT DISPLAYS $isplay technolo!ies ? -E$C -"$C "TC )lat Panel $isplay& Primary )li!ht parameterdisplays + Head Dp $isplayC Helmet Mo%nted $isplayC i!ht vision !o!!lesC Head $on$isplayC M)$C M)C irt%al cocpit&

TOTAL : #5 PERIODS

TET !OO:1& Al.ert Hel'ric& $C JPrinciples o' AvionicsC Avionics comm%nications ,nc&C 2004

"ollinsonC &P&GC J,ntrod%ction to AvionicsC "hapman and HallC 1996&REFERENCES:

1& MiddletonC $&HC JAvionics ystemsC -on!man cienti'ic and TechnicalC -on!manGro%p D -tdC En!landC 199&

2& pit8erC "&& J$i!ital Avionics ystemsC Prentice HallC En!leood "li''sC &=&CDA 1993&

3& pit8erC "&C JThe Avionics Hand.ooC "" PressC 2000&4& PalletC E&H&=C JAircra't ,nstr%ments and ,nte!rated ystemsC -on!man cienti'ic

61


62/88

PTEC0#3 FOUNDATIONS FOR NANOELECTRONICS L T P C3 0 0 3

UNIT I INTRODUCTION TO 9UANTUM MECHANICS ParticlesC avesC pro.a.ility amplit%desC schrodin!er e(%ationC avepacets sol%tionsC

operatorsC e@pectation val%esC ei!en'%ntionsC pieceise constant potentials&

UNIT II SIMPLE HARMONIC OSCILLATORS AND APPROIMATIONS HM 5peratorsC HM avepacet sol%tionsC >%ant%m -" circ%itC *; appro@imationsCvariational methods&

UNIT III SYSTEMS %ant%m "omp%tation and >%ant%m

,n'ormationNC "am.rid!e Dniversity PressC 2000&REFERENCES:

1& eil Gershen'eld The Physics o' ,n'ormation Technolo!yNC "am.rid!e DniversityPressC 2000&

2& Adrian ,ones% and a%stav ;aneree eds& Emer!in! anoelectronics< -i'e ithand a'ter "M5N C ol ,C ,,C and ,,,C l%er AcademicC 200#&

62
http://www.amazon.com/exec/obidos/ASIN/0471202762/ref=nosim/mitopencourse-20http://www.amazon.com/exec/obidos/ASIN/0471202762/ref=nosim/mitopencourse-20http://www.cambridge.org/catalogue/searchResult.asp?ipcode=223651&sort=Yhttp://www.amazon.com/exec/obidos/ASIN/0471202762/ref=nosim/mitopencourse-20http://www.amazon.com/exec/obidos/ASIN/0471202762/ref=nosim/mitopencourse-20http://www.cambridge.org/catalogue/searchResult.asp?ipcode=223651&sort=Y


63/88

PTEC 0## RF MICROELECTRONICS L T P C3 0 0 3

UNIT I RF CHARACTERISTICS OF PASSIVE COMPONENTS %) characteristicso' chip resistorC capacitor and ind%cto

16454837 anna university ece part time 2009 regulation

Documents