The Global State Routing
Our goal is to design a routing scheme that is MAC efficient
in ad-hoc wireless radio networks. That is, the control packet
size should be able to achieve optimized MAC throughput, and
the number of control packet should be controllable. We prefer
to maintain the knowledge of full network topology as in link
state routing, but wish to avoid the inefficient flooding mechanism.
Therefore, we develop our scheme based on LS, which has
the advantage of routing accuracy, and we adopt the dissemination
method used in DBF, which has the advantage of no flooding.
This scheme is called “Global State Routing” (GSR), and more
detailed description is given below.
The Global State RoutingOur goal is to design a routing scheme that is MAC efficientin ad-hoc wireless radio networks. That is, the control packetsize should be able to achieve optimized MAC throughput, andthe number of control packet should be controllable. We preferto maintain the knowledge of full network topology as in linkstate routing, but wish to avoid the inefficient flooding mechanism.Therefore, we develop our scheme based on LS, which hasthe advantage of routing accuracy, and we adopt the disseminationmethod used in DBF, which has the advantage of no flooding.This scheme is called “Global State Routing” (GSR), and moredetailed description is given below.
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