这篇论文建议利用适应睡觉的一个新奇精力知道的地理提交协议,在哪个每个节点基于基于它的剩余精力储备和它的地理地点保证精力得到效率的一个新标准选择它的继电器。另外,这篇论文论述充分集成于新继电器标准,每个节点基于它的剩余精力储备为可变持续时间在睡觉的适应睡觉机制。模拟结果在稠密的网络在交通拥挤负担上证明建议协议显著地减少网络的精力消费并且改进它的平衡,特别。Ourprotocol 在与地理随机的提交协议相比平衡精力消费好 20 倍。
This paper proposes a novel energy-aware geographical forwarding protocol utilizing adaptive sleeping, in which each node selects its relay based on a new criterion that is based on its residual energy reserves and its geographical location to guarantes energy efficiency. In addition, this paper presents an adaptive sleep mechanism fully integrated into the new relay criterion, in which each node sleeps for a variable duration based on its residual energy reserves. Simulation results show that the proposed protocol significantly reduces the energy consumption of the network and improves its balance, especially when on heavy traffic load in dense networks. Our protocol is 20 times better in balancing the energy consumption compared with geographical random forwarding protocol.