隨著傳感器網絡的發展，如何減小傳感器網絡的能量消耗、延長使用壽命已經成為傳感器網絡結構設計的一個重要問題。研究表明采用分簇結構以及對網絡進行適當的拓撲控制可以提高能量利用效率。該文將簇構造方法與拓撲控制結合起來，針對網絡具有不同節點，即每個節點具有不同的最大能量傳輸范圍的情況，提出了一種針對異類無線傳感器網絡，利用局部拓撲控制算法進行優化的分簇算法。實驗結果表明了運用該算法的有效性。

One of the most critical issues in designing wireless sensor networks is to minimize the energy consumption for longevity. Most of topology control algorithms assume homogeneous wireless nodes with uniform maximum transmission ranges, and can not directly applied to heterogeneous wireless multi-hop networks in which the maximum transmission range of each node may be different. In this paper, we present a localized clustering algorithm for heterogeneous networks. In this algorithm, each node in the same cluster selects a set of neighbors based on the locally collected information. Simulation results show that this algorithm can reduces the average degree of cluster-head and the average translate power.