仿真结果表明，此机制在保持较高的吞吐量的同时，不仅大幅地提高了能量利用率，还明显地降低了时延。
Simulation results show that the new scheme not only improves the efficiency of energy greatly but also achieves desirable transmission delay and throughput.
由于不需要冒口，提高了金属液的工艺利用率，利用率一般可达90%，同时节省了熔炉的能量消耗。
There's no need to Riser, improved technical utilization of the liquid metal, usually the utilization can reach to 90%, and at the same time save the energy consumption of furnace.
仿真实验结果表明，LEACHID协议与LEACH协议相比延长了网络寿命，推迟了第一个死亡节点出现的时间，提高了能量利用率。
The simulation results indicate that, compared with LEACH, LEACHID extends the lifetime of network, delays the first nodes death time, and enhances the energy efficiency.
使系统各个部分运行在节能模式下，较好地优化了节点能耗，提高了节点能量利用率，从而有效延长了网络的生存寿命。
It is better than direct supply with battery in stability and consistency. The power consumption of nodes is optimized to increase the nodes power use and extend the network life.
使系统各个部分运行在节能模式下，较好地优化了节点能耗，提高了节点能量利用率，从而有效延长了网络的生存寿命。
It is better than direct supply with battery in stability and consistency. The power consumption of nodes is optimized to increase the nodes power use and extend the network life.
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