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NAMP Subgroup: Mission
Optimize for low power from a system perspective. Investigate the design methodology for low power wireless protocols and systems. Low power protocol stack for densely deployed wireless sensor and actuator networks.
NAMP Subgroup: What's New
All of our code and documents will be put under version control (September 02)
OMNET++ model has been built for a two channel MAC. Its description is in (July 26, 02)
Our protocol stack works on bluetooth testbed! (June 02)
Mathematical model of MAC using fix point theorem has been built. Go to for more information. (May 02)
NAMP Subgroup: People
Champion: |
En-Yi Lin | enyi@eecs.berkeley.edu | Rendezvous schemes |
| Faculty: | Jan Rabaey | jan@eecs.berkeley.edu | Advisor |
| Staff: | Johnathan Reason | reason@eecs.berkeley.edu | Implementation |
| Students: |
DeLynn Bettencourt
|
delynnbettencourt@hotmail.com | Channelmeasurement |
•Alvise
Bonivento
|
alvise@eecs.berkeley.edu | Sleeping discipline | |
| Rong Chen | rongchen@eecs.berkeley.edu | Metropolis simulation | |
| Jana van Greunen | janavg@eecs.berkeley.edu | Sleeping discipline | |
| Dragan Patrovic | dragan@eecs.berkeley.edu | Unreliable radio | |
| Rahul Shah | rcshah@eecs.berkeley.edu | Opportunistic routing | |
Sven Wiethoelter
|
wiethoel@tkn.tu-berlin.de | MAC optimization | |
| Charlie Zhong | czhong@eecs.berkeley.edu | Link layer modeling | |
With Guest Appearances by other special PicoRadio people
Professor Adam Wolisz from TU Berlin
NAMP Subgroup: Implementation
State machine description by February
Modeling in stateflow by July
NAMP Subgroup: Iinks
Short-range wireless technologies
Wireless business reports
References
Last Update: 02/24/04 04:53:04 PM
Please direct question or comments to enyi@eecs.berkeley.edu