无线自组织网络中负载控制协议PWmin和PWmax传输功率分配算法的跨层设计

A. Arivoli, P. Narayanasamy
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引用次数: 1

摘要

在无线时代,传输功率分配和功率控制的跨层设计是新兴无线技术中的关键问题。智能传输功率选择算法依赖于传输功率(TXPOWER)、能量、接收信号强度指示(RSSI)和距离的概念。没有负载分担的分散式网络会导致网络分区、路由不可靠、链路故障和重传。这种功率控制跨层设计用于中间层之间的信息通信。负载功率控制无线网络中的传输功率分配算法通过使用PWmin和PWmax功率控制技术来提高网络的效率。欧几里得距离计算网络中发送方和接收方之间的适当距离。路径损耗模型用于计算LOADPOWER网络中存在的移动节点数量的发射功率和接收功率之差。其核心思想是根据网络负载,以最优的传输功率发送所有数据包,从而提高网络吞吐量、延迟、距离、节约能源。仿真在NS-2模拟器中进行。
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Cross-layer design of a LOADPOWER control protocol - PWmin and PWmax transmission power assignment algorithm in wireless ad hoc networks
In Wireless era, Cross-layer designing of transmission power assignment and power control is the critical issues in emerging wireless technology. Intelligent transmission power selection algorithm depends on the notion of Transmission Power (TXPOWER), energy, Received Signal Strength Indication (RSSI) and the distance. The decentralized network without load balancing leads to network partitioning, route reliability, link failure and retransmission occurs. This power control Cross-layer design used for communicating information among the intermediate layers. LOADPOWR CONTROL Transmission power assignment algorithm in wireless networks leads to the network more efficient by using PWmin and PWmax power control technique. Euclidean distance calculates appropriate distance between sender and receiver in the network. Path loss model used to calculate difference between transmission power and received power for the amount of mobile nodes present in the LOADPOWER network. The key concept is to improve the network throughput, delay, distance, saves energy by sending all the packets with optimal transmit power according to the network load. Simulation was done in NS-2 simulator.
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