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Abstract: This work considers multi-vehicle systems in which self-interested, mobile agents compete to capture a target that has been distributed on a ring.
Abstract—This work considers multi-vehicle systems in which self-interested, mobile agents compete to capture a target that has been distributed on a ring.
This work considers multi-vehicle systems in which self-interested, mobile agents compete to capture a target that has been distributed on a ring.
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This work investigates multi-vehicle systems in which vehicles compete, among themselves, to capture targets. In line with previous formulations, vehicles ...
The cow-path problem has much in common with the study of online algorithms, and we use the notion of competitive analysis of online algorithms in order to ...
Missing: vehicle routing
Vehicle routing for shared-mobility systems with time-varying demand. ACC ... The Cow-Path Game: A competitive vehicle routing problem. CDC 2012: 6513 ...
Apr 6, 2018 · In different ways it is proven that the optimal deterministic strategy to solve the cow-path problem has a competitive ratio of 9. So when the ...
“The Cow-Path Game: A competitive vehicle routing problem”. In: Proceedings of the 51th IEEE Conference on Decision and Control, CDC 2012, December 10-13 ...
In this lecture we'll study online preemptive scheduling on m machines of arbitrary speeds. We'll first review the problem and it's associated literature, ...
Missing: Game: vehicle routing
The Cow-Path Game: A competitive vehicle routing problem · K. SpieserEmilio Frazzoli. Computer Science, Economics. 2012 IEEE 51st IEEE Conference on Decision ...