Best Optimized Route in MANET using Token Economy Management System

S. Sugumaran, V. Sivasankaran, M.G. Chitra, S. Sivasakthiselvan, P. Jayarajan
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Abstract

The Mobile Ad-hoc Network [MANET] is an emerging trend in wireless networks.MANET provides network service at anytime and everywhere, because they are self-organized Infrastructure less networks. But, route creation from the source to destination and route maintenance up to the end of all packet transmissions are very challenging issues between the nodes due to lack of less centralization unit and dynamic topology. In this work, we have proposed the best optimized route from the various accessible of DSR using Token Economy Management [TEM].This algorithm assigned a token to all nodes based on relative velocity, delay in time, and route cost and energy usage of nodes.Finally the best path optimised by the token’s cumulative value for that particular route.The results are simulated by ns2 tools and compared to other well-known token schemes.The TEM result indicates that the token system selection enhanced the velocity, less route cost, less time delay and less energy utilization in the network.
基于令牌经济管理系统的MANET中最优路由优化
移动自组网(MANET)是无线网络发展的新趋势。MANET提供随时随地的网络服务,因为它们是自组织的无基础设施的网络。但是,由于缺乏集中单元和动态拓扑结构,从源到目的的路由创建和路由维护一直到所有分组传输结束都是节点之间非常具有挑战性的问题。在这项工作中,我们使用代币经济管理[TEM]从DSR的各种可访问性中提出了最佳优化路线。该算法根据节点的相对速度、时间延迟、路由成本和能量使用情况为所有节点分配令牌。最后,根据令牌的累积值对该特定路线进行优化的最佳路径。结果通过ns2工具进行了模拟,并与其他知名的令牌方案进行了比较。TEM结果表明,令牌系统的选择提高了网络的速度,减少了路由开销,减少了时延,降低了网络的能量利用率。
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