Introduction to
Wireless Sensor Networks
CIS 788.11
Prof. Anish Arora
MWF 2:30-3:18pm
Bolz Hall 0124
This course will
introduce students to the state of the art in wireless sensor networks.
Lectures will be accompanied
by a significant amount of reading from recent literature. Each lecture itself
will present one realization of a sensor network concept, which will be
followed by a broader class discussion on the topic based on its reading list.
In several cases, lectures will emphasize aspects of fault-tolerance,
reliability, and security. Case studies from existing applications will be
used.
Each student is
expected to study before the class the reading list, and particularly the
primary paper in the reading list. Part of the course grade will therefore
depend on student participation in the class discussion.
Each student will also complete a project in this course. A list of projects will be shared in class in October, from which students may choose, or students may propose their own project in consultation with the instructor. Implementation projects will be carried out on our KanseiGenie testbed, on smart dust motes (called XSMs or TelosBs or Imote2s) and Stargate devices (called XSSs). Concomitant with the course, we will host two training sessions, in programming applications in TinyOS (for smart dust motes) and in the EmStar development environment (for stargate devices), that will help prepare students for the projects. The training session is tentatively scheduled to be held in class on October 10th or 12th.
Students will be
expected to prepare a report and present their findings.
Prerequisites: undergraduate networking course (CIS 677 or
equivalent) or consent of instructor.
Reference texts:
Wireless
Sensor Networks : An Information Processing Approach.
By Feng Zhao and Leonidas Guibas
Principles of Embedded Networked Systems Design. By William Kaiser and Greg Pottie
Wireless Communications & Networks, 2nd Edition. By William Stallings. ISBN:
0131918354
Wireless Sensor Networks.
Editors: C. S. Raghavendra,
Fundamentals of Mobile and Pervasive Computing. By Golden Richard, Loren Schwiebert,
and Sandeep Gupta
Wireless
Sensor Networks: A Systems Perspective. Nirupama Bulusu and Sanjay Jha, editors, Artech
House, 2005
Office
hours:
W 4:30-5:30 F3:30-4:30 in DL 587
Lecture
Notes:
Application Presentations 2006
Application Presentations 2005
5 MAC and OMAC
6 Topology Control, Coverage and Power
Management,
7 Convergecast Routing
8 Tracking
9 Testbeds: Experiment and Integration Infrastructure Support
Grading Plan:
Class participation 10%
Class
assignments 25%
Project
65%
Web resources on
WSN literature:
·
Bhaskar Krishnamchari’s
bibliography
·
David Culler’s Deeply Embedded Systems course
·
Feng Zhao and Leo Guibas’ course
·
http://www.cs.duke.edu/~alvy/courses/sensors/Papers.html
·
Jack Stankovic and Tarek Abdelzaher’s
course
·
http://hinrg.cs.jhu.edu/wsn05/reading.html