We also design a node type selection (i.e., router or end device) algorithm that can allow the whole deployment area to be covered by using a less number of routers (i.e., lower energy consumption) than conventional ones.
The global trust removes the restriction of users' local knowledge and defeats inference attacks by guiding users to discover and trust more honest routers (i.e., reducing the bias of trust distribution).
The boundary routers, i.e., ingress and egress, are used for checking technical specification of packets as per SLAs.
Our algorithm is applied to mesh backbone, and our target is optimizing links between mesh routers, i.e., relay links.
Most of the terabit router companies started with one basic concept: Scale the current generation of gigabit routers: i.e., add more units to the super gigabit machines so that they can together reach the terabit levels of routing.
WMNs consist of mesh routers (i.e., nodes) and mesh clients (i.e., users), where the mesh routers form the wireless backbone network and interwork with the wired network to provide multi-hop wireless high-bandwidth connectivity to mesh clients.
This means both LSP requests will only be served by a total of three active routers, i.e., R1, R2, and R4, and use two active links; i.e., R1−R2, and R2−R4.
After rerouting cables and copying down and re-entering lengthy pass keys, the good news was that all the routers I tested worked with older 802.11b and 802.11g adapters, as well as attached storage devices, network cameras and each other's Draft N adapters.
