LSRP: Local Stabilization in Shortest Path Routing

—We formulate a notion of local stabilization, by which a system self-stabilizes in time proportional to the size of any perturbation that changes the network topology or the state of nodes. The notion implies that the part of the network involved in the stabilization includes at most the nodes whose distance from the perturbed nodes is proportional to the perturbation size. Also, we present LSRP, a protocol for local stabilization in shortest path routing. LSRP achieves local stabilization via two techniques. First, it layers system computation into three diffusing waves each having a different propagation speed, i.e., “stabilization wave” with the lowest speed, “containment wave” with intermediate speed, and “super-containment wave” with the highest speed. The containment wave contains the mistakenly initiated stabilization wave, the super-containment wave contains the mistakenly initiated containment wave, and the super-containment wave self-stabilizes itself locally. ...

• Type: Conference
• Year: 2003
• Where: DSN
• Authors: Anish Arora, Hongwei Zhang
• Keywords: Computer Networks, Containment Wave, DSN 2003, Local Stabilization, Stabilization Wave