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[Other resourceEMRPC

Description: 路由选择过程的c算法程序 与DSR 只是简单地使用最短路径不同,EMRPC 使用了更复杂的路由选择机制以实现多径路由和能量均衡。-process of routing algorithm c procedures and DSR is simply to use the shortest path different. EMRPC use of a more complex routing mechanisms to achieve multi-path routing and energy balance.
Platform: | Size: 23106 | Author: 龚政 | Hits:

[AI-NN-PREMRPC

Description: 路由选择过程的c算法程序 与DSR 只是简单地使用最短路径不同,EMRPC 使用了更复杂的路由选择机制以实现多径路由和能量均衡。-process of routing algorithm c procedures and DSR is simply to use the shortest path different. EMRPC use of a more complex routing mechanisms to achieve multi-path routing and energy balance.
Platform: | Size: 217088 | Author: 龚政 | Hits:

[Internet-NetworkDSRmultipath

Description: 多路径DSR,静态添加多路径(对于相同目的节点的相同长度路径)-Multi-path DSR, add a static multi-path (for the same purpose the same as the length of the path node)
Platform: | Size: 2048 | Author: 曾志勇 | Hits:

[Internet-Network1

Description: 移动adhoc网络协议的特点,dsr与aodv协议仿真与分析,基于多路径adhoc路由协议稳定性分析,数学模型,mdsr协议仿真-Mobile adhoc network protocol characteristics, dsr aodv agreement with the simulation and analysis of adhoc routing protocol based on multi-path stability analysis, mathematical model, mdsr Protocol Simulation
Platform: | Size: 694272 | Author: 刘畅 | Hits:

[Linux-Unix123455

Description: 基于dsr多路径路由比较,文章中介绍了3种dsr多路径路由算法,adhoc网络-Multi-path routing based on dsr comparison, the article describes three kinds of dsr multi-path routing algorithm, adhoc networks
Platform: | Size: 112640 | Author: 陈淼 | Hits:

[Program docijns-2007-v5-n2-p158-166

Description: Mobile Ad hoc NETwork (MANET) comprises of nodes, which are free to move randomly, yet cooperate to forward packets between source and destination over a multi-hop wireless network. Due to absence of any fi xed node, each node acts as a router, providing routing capability for the MANET. Various protocols for discovery of routes be- tween any two MANET nodes have been designed. These protocols are broadly categorized as on-demand proto- cols and table driven protocols. Dynamic Source Routing (DSR) and Ad-hoc On-Demand Distance Vector (AODV) are the two most matured on-demand routing protocols, while Optimized Link State Routing Protocol (OLSR) and Topology Dissemination Based on Reverse-Path For- warding (TBRPF) are the two most matured table driven routing protocols. This paper proposes enhancements in DSR to provide secured route discovery and improved
Platform: | Size: 176128 | Author: payal | Hits:

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