有两组的路由协议。主动马奈协议,活性马奈协议,第三都来自称为混合马奈协议。主动马奈协议通常被称为表驱动的协议。定期检测网络布局。它试图保持每个节点的路由表。到目的地的路线从源可以用更少的延迟被探测到。主动马奈协议提供良好的可靠性和低延迟决定路线。主动马奈协议不适合节点高速移动。路由表中的路由信息无法更新路由表。如果一个节点没有移动,然后不断更新其路由表信息。它使交通开销,也浪费网络带宽资源[21]。主动马奈协议也不适合大规模马奈。而无功马奈协议叫做按需路由协议。活性马奈协议发现当一个源节点请求路由到与其他通信。随需应变的方法适用于流动性高的节点。节点传输数据很少。被动路由协议的主要缺点是,源节点广播路由请求在整个网络。然后等待响应。这个路由发现过程产生显著的延迟.
新西兰太平洋国际酒店管理学院代写:路由协议
There are two groups of routing protocols. Proactive MANET protocol, Reactive MANET Protocol, and the third are derived from both called Hybrid MANET Protocol. The Proactive MANET protocol is generally called table driven protocol. It detects the network layout periodically. It tries to maintain the routing table at every node. From which a route to the destination from the source can be detected with less delay. Proactive MANET protocols provide good reliability and low latency for deciding a route. Proactive MANET protocol is not suitable for the node moving with high speed. The routing information in the routing table cannot be updated in the routing table. If a node is not moving, then its routing table information is updated continuously. It makes much traffic overhead and also waste network resources as bandwidth [21]. Proactive MANET protocol is also not suitable for large scale MANETs. Whereas Reactive MANET Protocol is called on-demand routing protocol. Reactive MANET Protocol finds the route when a source node requests to communicate with the other. On-demand approach is suitable for the nodes with high mobility. Nodes that transmit data rarely. The main drawback of reactive routing protocols is that the source node broadcasts the routing requests in the whole network. Then it waits for the responses. This route discovery procedure produces significant delay
