Introduction to Mobile Computing -CSE 535 Fall 2010

Sandeep K. S. GuptaSchool of Computing, Informatics and Decision Systems EngineeringArizona State University

Mobile Computing?

• Computing enabled by presence of wireless enabled portable devices (PDAs, cell phones etc.)

• Many other names/overlapping computing paradigms:– Pervasive Computing– Ubiquitous Computing– Wireless Computing– Embedded Computing

Course GoalTo understand what are the fundamental

challenges in MC and what are some of the solutions towards solving these fundamental challenges

Course Goals - Indirect

• To get you a high-paying job• To enrich you with new ideas• To train you in (mobile) systems oriented

thinking• To prepare you for research/profession in

mobile computing – but more generally – in “adaptive” (next-generation) computer systems

Course Pre-req

• Knowledge of Computer Networks, Operating Systems

• Willingness to learn!

Course/Reference Book(s) + Material1. Fundamentals of Mobile and Pervasive Computing – F.

Adelstein, S. K. S. Gupta, G. G. Richard III, and L. Schwiebert – McGraw Hill.– Book Website – Link at bottom of http://impact.asu.edu

• Reference Books:– Principles of Wireless Networks – Pahlavan and Krishnamurty– Mobile Computing- Imielinski and Korth– Protocols and Architecture for Wireless Sensor Networks - Karl

and Willing– Wireless Sensor Networks – Raghavendra, Znati et al.

• Reading List – will be posted on the class web site.

Topics – Tentative List• Mobile and Pervasive Computing Application, Services and

Standards

– Mobile Info access and dissemination

– Mobility and Location Management

– Routing and Middleware

– Zigbee, Bluetooth, WiFi

• Wireless Sensor networking, applications and services

– Localization

– Energy-aware routing

• Mobile Security and Privacy– Mobile computing security– Sensor network security

Course Mechanics• Assignment + Exams + Quizzes: 20%

– Exams – take home– Assignment – written and programming– Quizzes – may be un-announced

• Paper presentation: 20%• Term Project: 40%

– Group– Self-defined (with help of instructor)– Involves analysis/implementation

• Extra: 10%– Self-directed presentation – related to this class

Class Format

• Lecture (5-75 min)– As class progresses the lecture time will decrease

(on average)• One or Two Paper presentation (1/2 hr each)

– Starting soon!• 5 min. mid-break – if desired• Note: slides of presenters should be provided

to Grader one day in advance.

Class Cyberpresence

• http://impact.asu.edu/cse535fa10.html– Class assignments– Slides– Reference material– Announcement

• Visit regularly for latest information

What can you expect from this course?

• Lots of in-class/ on-line interaction

• Interesting and challenging assignments and exam questions

• Reading technical papers – classical as well as state-of-art

• Technical Writing – critiquing, summarizing

• Help/Tutorials by instructor/Grader on difficult material

• And lot more!

Contacting Me or Grader• Instructor

– Email: sandeep.gupta@asu.edu• Subject line: CSE535Fa07

– Office: BY 522– Phone: 5-3806– Office Hours: M W 3:30-5pm– Call me || come to my office hrs || Set up an appointment– http://impact.asu.edu

• Grader: Su Jin Kim– Email: su.kim@asu.edu– Office BY517AD

• What do I do when I am not teaching? – Introduction to IMPACT – Mobile Computing

Lab

Goal:•Pervasive Health monitoring

•Evaluation of medical applications

Features:•Secure, Dependable and Reliable data collection, storage and communication

Sponsor:

Pervasive Health Monitoring

IMPACT: ResearchUse-inspired research in pervasive computing & wireless sensor networking

Goal:• Increasing computing capacity for datacenters

•Energy efficiency

Features:•Online thermal evaluation

•Thermal Aware Scheduling

Sponsor:

Thermal Management for Data Centers

Goal:•Evaluation of crisis response management

Features:•Theoretical model•Performance evaluation

•Access control for crisis management

Sponsor:

Criticality Aware-Systems

Goal:•Container Monitoring for Homeland Security

•Dynamic Supply Chain Management

Features:• Integration of RFID and environmental sensors

•Energy management•Communication security

Sponsor:

Goal:•Protect people’s identity & consumer computing from viral threats

Features:•PKI based•Non-tamperable, non-programmable personal authenticator

•Hardware and VM based trust management

Sponsor:

ID Assurance Intelligent Container

Goal:•Protocols for mobile ad-hoc networks

Features:•Energy efficiency•Increased lifetime•Data aggregation•Localization•Caching•Multicasting

Sponsor:

Mobile Ad-hoc Networks

Medical Devices, Mobile Pervasive Embedded Sensor Networks

BOOK: Fundamentals of Mobile and Pervasive Computing, Publisher: McGraw-Hill  Dec. 2004

http://impact.asu.edu

What’s Next?• Chapter 1: Mobile Adaptive Computing