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Optimized Scatternet Topologies for Personal Area Networking in Dynamic Environments
Overview In a scenario where different radio technologies cooperate to provide access to the Internet and advanced wireless services to mobile and nomadic users, Bluetooth is considered an enabling technology for the Personal Area Networking segment. To this aim, Bluetooth devices should be able to set-up a wireless multi-hop network with given topological characteristics and with limited formation delay. In this paper SHAPER, a distributed algorithm for tree scatternet formation, is enhanced to work in a dynamic environment where devices enter and leave the Personal Area Network and require a fast interconnection with an optimized topology.
| Publisher | University of Rome | File Format | |
|---|---|---|---|
| Date Published | March 2004 | ||
| Format | White Papers | ||
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