The introduction of dynamic synchronization and sleep mechanism to the dynamic sleep communication altorithm (DSCA) reduced the channel conflicts and system latency; the route of data transmission was chosen based on the direction and the residual energy, which balanced the energy consumption of network and effectively extended the life of the system. Simulation result proved that the algorithm had better energy efficiency.%在动态休眠通信算法中引入动态同步和休眠机制,减少了信道冲突并降低了系统时延;数据传输基于方向和剩余能量选择路由,均衡了网络的能量消耗,有效地延长了系统寿命.仿真实验结果表明,动态休眠通信算法具有较好的节能性.
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