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Abstract
The objective of the paper is to construct a backbone node with self organization, topology control and reconfiguration capabilities. The key issues in wireless networks are maintain a topology with minimum degree, self organization during link or node failure and reconstruction ability when the backbone changes the position. Existing research works concentrate on any one of the issues by a backbone, but nodes in wireless are battery operated. To solve the all issues separately more power is required. To overcome the existing issues we propose a localized approach namely STAB-WIN, which will solve all the issues without affecting the entire system performance using local updates. This research work focuses on multiservice ability of a node to meet the design goals of next generation networks. Our approach is witnessed by the simulation results on analyzing the parameters like scalability which includes backbone size, routing overhead, control transfer and QoS parameters.
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