Distributed Algorithms for Wireless Networks
NEC Professor of Software Science & Engineering
Massachusetts Institute of Technology
Monday, March 26, 2012|
4:00pm - 5:00pm
1690 Beyster Bldg.
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About the Event
In this talk, I will provide an overview and many examples of recent work on distributed algorithms for wireless networks and mobile systems. These algorithms differ from traditional distributed algorithms in that they must work in much more difficult settings---settings that include complications like node mobility and message collisions. This is an active area for current research. I will start with a discussion of algorithms for dynamic networks with reliable communication channels, illustrating the general ideas with examples involving function computation, local and global message broadcast, robot coordination, maintaining atomic memory, and Virtual Node abstraction. I will then describe algorithms for models with unreliable channels, in particular, channels that exhibit message collisions and resulting losses. The examples I will consider here will involve leader election, local and global message broadcast, and MAC-layer abstraction. I will finish with a discussion of some issues involving uncertain message delivery range. Many problems remain open for further study.
Nancy Lynch is the NEC Professor of Software Science and Engineering
in the EECS Department at MIT. She heads the Theory of Distributed
Systems research group in MIT's Computer Science and AI Lab. Prior to
joining MIT, she served on the faculties at Tufts, the University of
Southern California, Florida International, and Georgia Tech. She
received her B.S. degree from Brooklyn College and her PhD from MIT,
both in mathematics.
Contact: Cindy Estell
Open to: Public