在MANET中使用修改后的主协议最小化能源消耗

Kuldeep Sonawane, A. Naik
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引用次数: 3

摘要

由于ad-hoc网络具有动态拓扑结构,因此网络框架和统一管理不影响ad-hoc网络。MANET的这一特点导致了许多问题,如开销增加、能源消耗增加、信任问题等。这种网络拓扑结构的波动使它们难以利用。由于这些节点是电池操作的,因此它们受到能量限制的问题,这会影响网络的寿命,这取决于电池的使用情况。其主要动机是提供节能路由,同时考虑节点的剩余能量和跳数。我们使用蚁群优化技术来确定最佳路线。为了实现这一目标,我们开发了一种路由协议,该协议使用路径优化来最小化能量消耗。对于路径发现机制,我们使用蚁群优化技术。我们使用电池剩余能量和路径选择机制等参数对有效路径进行分类。
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Minimizing energy consumption using modified-mecor protocol in MANET
Network framework and unified administration do not affect ad-hoc networks since they have dynamic topology. This characteristic of MANET is leads to a number of problems like increase in overhead, increase in energy consumption, trust issues etc. This fluctuation in network topology makes them hard to utilize. Since these nodes are battery operated so they suffer from the issue of energy restriction which affects the lifetime of network depending on the usage of battery. The main motive is to provide energy efficient routing keeping in mind the residual energy of the nodes and hop count. We have used ant colony optimization technique for determining best routes. To achieve this goal, we develop a routing protocol that uses path optimization to minimize the consumption of energy. For the path discovery mechanism, we are using Ant Colony Optimization technique. We have used parameters like residual battery energy and path selection mechanism to classify efficient paths.
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