network operates, and updating following link status changes. Reactive: A node initiates triggered route when a node discovery has a packet prior to to send to sending a unknown packet destination. when the (E.g.: AODV, node DSR) doesn’t have the route information for the next hop. Proposal may use approaches other than the proactive or reactive. A hybrid approach may also be considered/proposed. A proposal shall describe the control traffic overhead (in bytes) for the following cases: Control traffic when initializing network Control traffic when updating network Control traffic when sending data packets Recovery time of link failure Proposals shall describe how the network will detect when local a link failure occurs and how they will attempt to recover for the use cases covered in the proposal, including the time required to recover from the link failure, for the scenario described at the top of Section 7. Scalability to network size The solution should be able to scale in complexity, proportionally to the size of networks being supported.
network operates, and updating following link status changes. Reactive: triggered when a node has a packet to send to unknown destination. (E.g.: AODV, DSR) A node initiates route discovery prior to sending a packet when the node doesn’t have the route information for the next hop. Proposal may use approaches other than the proactive or reactive. A hybrid approach may also be considered/proposed. A proposal shall describe the control traffic overhead (in bytes) for the following cases: Control traffic when initializing network Control traffic when updating network Control traffic when sending data packets Recovery time of link failure Proposals shall describe how the network will detect when local a link failure occurs and how they will attempt to recover for the use cases covered in the proposal, including the time required to recover from the link failure, for the scenario described at the top of Section 7. Scalability to network size The solution should be able to scale in complexity, proportionally to the size of networks being supported.