We propose a novel cluster based distributed routing algorithm in a generalized form for heterogeneous wireless sensor networks. Heterogeneity with respect to number/types of communication interfaces, their data rates and that with respect to energy dissipation model have been exploited for energy and throughput efficiency. The algorithm makes routing assignment optimized for throughput and energy and has a complexity of N/K*logN+k2logk approximately, where N is the number of nodes and k is the number of kcluster heads. Performance experiments confirm the effectiveness of throughput and energy optimizations. The importance of choosing an optimal cluster radius has been shown. The energy consumption in the network scales up well with respect to the network size.
展开▼
机译：我们为异构无线传感器网络以通用形式提出了一种新颖的基于集群的分布式路由算法。关于通信接口的数量/类型，它们的数据速率以及关于能量耗散模型的异构性已经被利用来提高能量和吞吐量效率。该算法使路由分配针对吞吐量和能量进行了优化，并且复杂度约为N / K * logN + k2logk，其中N是节点数，k是kcluster头数。性能实验证实了吞吐量和能源优化的有效性。已经表明选择最佳簇半径的重要性。相对于网络规模，网络中的能源消耗可以很好地扩大。
展开▼
