Schweizer, Immanuel and Wagner, Michael and Bradler, Dirk and Mühlhäuser, Max (2012):
kTC - Robust and Adaptive Wireless Ad-hoc Topology Control.
In: IEEE International Conference on Computer Communication Networks (ICCCN), pp. 1-9, [Online-Edition: http://www.p2p.tu-darmstadt.de/publications/details/?no_cach...],
[Conference or Workshop Item]

Abstract

Topology control for Wireless Sensor Networks (WSN) is a frequently tackled challenge, for which no satisfying general solution for realistic deployments has been found to the current day. Aiding to minimize unnecessary transmissions, it nevertheless represents a crucial function of WSN, in the light of their pursuit of efficiency. kTC is a new WSN topology control that unlike prior art neither relies on location information, nor on complex geometric structures, which could leave doubts about a practical feasibility. Even though location-free approaches have been proposed to circumvent systematic problems, they do not address issues like robustness and adaptability satisfyingly, which may lead to disconnection in real world deployments. kTC is a locationfree approach that adapts topologies dynamically in face of changing environmental influences. It is based on a local, patternbased heuristic, and transmitting only two messages per node to construct the topology it is highly scalable. The graphs kTC creates are symmetric, connected, and planar; they have bounded degree and nodes are �-separated. Simulative evaluations indicate that kTC outperforms known topology control schemes. A preliminary deployment on a sensor testbed corroborates the obtained results and acts as proof of concept for kTC.

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