1) Uniform Clustering
均匀分簇
1.
This paper conducts a theoretical analysis of maximum lifetime for wireless sensor networks based on uniform clustering.
基于均匀分簇的无线传感器网络模型,对网络寿命最大化进行了理论分析。
2) Uneven clustering
非均匀分簇
1.
A distribution-aware and uneven clustering routing protocol (UCDAEE) is proposed for solving the problem of unbalanced energy dissipation of cluster heads in clustering routing protocols.
针对现有的分簇路由协议中存在的簇首能量消耗不均衡问题,本论文提出一种感知节点分布的、能量有效的非均匀分簇路由协议UCDAEE。
2.
From the present most popular clustering based routing protocol start,detailed comparative analysis strengths and weaknesses of a variety of clustering based routing protocols,concluding that:base on uneven clustering,use a mixed cluster head election method,the intra-cluster one-hop routing mode,dynamic use of inter-cluster multi-hop routing protocol routing the effectiveness of better energy.
以目前研究最为广泛的分簇路由协议为切入点,详细对比分析了各种分簇路由协议的优缺点,总结得出:以非均匀分簇为基础,采用混合式簇首选举方法,簇内单跳通信,簇间动态使用多跳路由的路由协议能量有效性更好。
3.
Aiming at the problem of unbalanced energy consumption in the existing Wireless Sensor Networks(WSN) uneven clustering routing algorithm,this paper proposes an energy-balanced uneven clustering WSN routing algorithm.
针对现有无线传感器网络(WSN)分层分簇路由算法存在的能耗不均衡问题,提出一种能耗均衡的WSN非均匀分簇路由算法。
3) unequal clustering
非均匀分簇
1.
Highly data fusion unequal clustering routing protocol for wireless sensor networks
高数据融合的非均匀分簇无线传感器网络路由协议
2.
A novel data transmission mechanism based on unequal clustering(DTUC) is presented to solve the "hot spot" problem of multihop data transmission in wireless sensor networks.
针对无线传感器网络多跳数据传送过程中遇到的问题,提出一种非均匀分簇的数据传送机制(DTUC)。
4) uneven cluster
非均匀分簇
1.
Taking the energy into account, we improve the selection mechanism of cluster head, and apply the idea of uneven cluster-based, which effectively balances the energy consumption among cluster heads.
综合考虑能量因素,对LEACH协议的簇首选取机制进行改进,采用了非均匀分簇的思想来平衡簇首的能量消耗;分别以簇首和基站作为树根,生成簇内和簇间的路由树,在簇内,用分层次多跳和单跳相结合的方式将数据传输到簇首,簇首再通过多跳把数据发送到基站。
5) cluster head uniformly distributed
簇头均匀分布
补充资料：簇簇
1.一丛丛;一堆堆。 2.丛列成行貌。 3.衣衫鲜明整洁貌。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条