目前无线传感器网络大多采用分簇结构。
Nowdays, most of the wireless sensor networks are sub-cluster structure.
在无线传感器网络中引入分簇结构，可提升系统吞吐量、降低系统延迟以及节省能量。
Clustered sensor networks has been introduced into WSN, which has been shown to be increasingly beneficial in increasing system throughput, decreasing system delay, and conserving energy.
在此基础上，本文简要分析了移动自组网分簇结构及其优势，并同时说明了分簇算法的概念和目标。
On this basis, the paper mainly analyzes cluster-structure of the AD hoc networks and its advantages, and illustrates the concept and objectives of the clustering algorithms.
结果表明，在表面外延生长初期沉积层呈现出非常丰富的分形几何特征，通过控制生长参数，可以得到不同微结构的团簇。
It is shown that at the initial stage of growth, the morphologies present ample fractal shape and by controlling growth parameters it is possible to obtain nano clusters with different structures.
无线传感器网络由于部署区域广泛、节点通信能力较弱，常采用分簇的网络拓扑结构。
Because of the broad deployment region and weak ability in communications of wireless sensor networks, it is often clustered.
在分簇的过程中，可增大节点的有效通信距离进而简化簇结构和减少组网的时间。
In the cluster process, the the structure simplify and the time-consumption reduce accordingly as the effective communication distance enlarges.
本文讨论这样一款DSP，它采用分簇的VLIW体系结构，能够在单个时钟周期同时执行多个操作。
In this thesis we discuss such a DSP, which USES a clustered VLIW architecture and can perform multiple operations simultaneously during a single clock cycle.
本文阐述了MSOL分簇路由算法的基本步骤，设计了算法相应的数据结构和报文。
This paper elaborates basic steps of MSOL clustering routing algorithm, and designs the data structure and corresponding messages.
因此，从理论上计算这些簇合物的结构和性质是十分必要的。
Therefore, it is necessary to calculate the structure and property of the clusters theoretically.
目前，寻求合理的分簇算法来减少维护簇结构所需的开销，保持簇结构的稳定性，已经成为分簇算法研究的热点。
Now a suitable cluster algorithm with less cluster maintaining cost and stable structure is an important research subject in Ad hoc network.
鉴于电力载波传感器网络的特点和逻辑拓扑结构，分析基于分簇思想的路由算法。
In view of the characteristics and logical topology of the power line carrier sensor networks, the analysis on cluster routing algorithm is carried on.
分簇技术是提高无线自组网性能的关键技术之一，增强分簇算法的稳定性即减少簇结构的变化可以有效降低其维护开销。
Clustering is one of the key technologies in improving network performance in AD Hoc networks. Enhancing the stability of a clustering algorithm can reduce the maintenance overhead.
分簇技术是提高无线自组网性能的关键技术之一，增强分簇算法的稳定性即减少簇结构的变化可以有效降低其维护开销。
Clustering is one of the key technologies in improving network performance in AD Hoc networks. Enhancing the stability of a clustering algorithm can reduce the maintenance overhead.
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