澳洲网络安全作业代写 节点和路由

系统中的每个节点都可以在静止模式和惰性模式之间切换。一个节点的休眠状态是指系统中每个节点意识到该节点处于休眠状态，但该节点在休眠状态和惰性状态之间交错而不向系统显示的状态。当某个节点在某个确定的时间范围内获得控制包时，它可以进入rest模式。系统中每个节点的时间可能不相同，即每个节点将采用不规则的时间度量。当一个节点准备休息节点时，它将发送一条显示其位置的控制消息。当所有其他节点获得该消息时，将通过为该节点设置一个横幅来刷新它们的定向表。在一个节点进入rest模式之后，它会间歇性地苏醒到sit模式，但是它不会让系统满意这些数据。当一个节点处于休眠状态并获得另一个节点的休眠模式消息时，它将只是刷新该节点的表，而不会被唤醒。当一个节点收到唤醒消息(RW)的请求时，它将通过向它的邻居发送包含路由表数据的唤醒消息来发现它已经被唤醒。在发送或获取信息包时，它将保持唤醒状态。当一个节点处于打盹状态并需要向另一个处于唤醒状态的节点传输信息时，它首先会唤醒并与当前路由表数据一起发送唤醒消息。每当它的邻居得到唤醒消息时，它们也将同样唤醒并再次刷新它的表，在此之后，正如当前表数据发送者所指示的那样，发送信息包。当一个节点需要向另一个处于休眠状态的节点发送信息时，它首先会通过泛洪的方式进行RW消息通信。当任何休眠节点获得该RW消息时，该消息将被唤醒并像往常一样传递。

澳洲网络安全作业代写 节点和路由

Each node in system can interleave between rest mode and inert mode. Resting state of a node is the condition that each node in the system realizes that the node is in rest mode, yet that node will interleave between rest mode and inert mode, amid that dozing condition without uncovering to the system. A node can go to rest mode when it will just get control packet for some settled measure of time. The time may not same for every node in the system that is each node will take an irregular measure of time. At the point when a node prepared to rest node it will transmit a control message demonstrating its location. At the point when all other nodes get that message will refresh their directing table by setting a banner for that node. After a node going to rest mode it will intermittently wake up to sit mode, yet it will not delight this data to the system. At the point when a node is in resting condition and gets a rest mode message of another node it will simply refresh the table for that node yet won’t wake up. At the point when a node gets a demand to wake up message (RW) at that point it will uncover that it is wake up by sending a wake-up message containing its routing table data to its neighbors. It will stay in wake-up state amid information packet sending or getting.At the point when a node is in dozing condition and needs to transmit information to another node which is in wake-up state at that point first it will wake up and communicated wake up message alongside current routing table data. Whenever its neighbors get wake up message they will likewise wake up and additionally refresh its table and after that as indicated by current table data sender will send information packet. At the point when a node needs to send information to another node that is in resting condition then it will initially communicate RW message by Flooding. At the point when any resting node get that RW message will wake up and impart as ordinarily.

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