The network operates by establishing a conventional routing tree from the sink node that is used when the network is stable.

A routing method of a wireless communication system is provided implementing advantageous features of both the tree routing and the link state routing.

A method for compressing a routing table involves constructing a binary tree representation of the routing table.

The network operates by establishing a conventional routing tree from the sink node that is used when the network is stable.

The technical solution of the present invention increases the routing capacity of a sparse big tree.

The router's routing table is then obtained from this shortest path tree.

A high speed routing fabric using a balanced binary tree is employed with the DCDL.

The overlay routing mechanisms may include direct routing, indirect routing, naked routing, or a combination thereof (e.g., hybrid routing).

The generic routing header includes a routing packet type, routing address information, and the like, commonly required for the multi-hop routing.

The route information table registers the route information contained in the route information frames.

Separation, routing and combination may include bass audio content routing, mid-bass audio content routing, subwoofer audio content routing and treble audio content routing.

The master route distributor also distributes the route to another slave route distributor on yet another routing module, where the route enables an update to a remote routing protocol, and routing table.

The routing block is located in a routing packet body and includes routing cost information changeable depending on a routing scheme, and information changeable depending on a routing operation scheme.

The system includes a routing system, and routing engine.

In order to avoid bridge loops and routing loops, many routing protocols designed for such networks require each router to remember a spanning tree.