Effect of Latency on Pursuit Problems

Birmingham, William Peter (Grove City College) | Rose, Shane (Grove City College) | Miller, Gregory (Grove City College) | Mahan, Matthew (Grove City College)

AAAI Conferences 

We model the pursuit problem as a set of distributed agents communicating over a network subject to latency. Latency has serious deleterious effects on solving the pursuit problem. In this paper, we present a simple, yet effective way of dealing with latency that yields very good performance. Our method disperses predators within a region in which the prey may move that accounts for network latency.

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