Application of semantic control to a class of pursuer-evader problems

García‐Ortiz, A.; Wootton, John; Rodin, Ervin Y.; Amin, Saurabh; Meusey, Michael; Ruan, Chenran; Wu, An-bo; De, Prasanta Kumar; Revetta, J

doi:10.1016/0898-1221(93)90121-b

Cited by 11 publications

(2 citation statements)

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“…The classic approach based on the conventional theory of differential games 3 is insufficient, especially in case of dynamic, multi-agent models. 2,5 It is well known that there exist a small number of differential games for which exact analytical solutions are available. There are a few more differential games for which numerical solutions can be computed in a reasonable amount of time, albeit under rather restrictive conditions.…”

Section: Wargaming Approachesmentioning

confidence: 99%

Knowledge Acquisition and Strategy Generation With Lg Wargaming Tools

Stilman¹,

Yakhnis²,

Umanskiy³

2002

Int. J. Comp. Intel. Appl.

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This paper describes a wargaming software kit, which includes two software tools, LG-CONSTRUCTOR and LG-STRATEGIST. Both are based on the new type of game theory called Linguistic Geometry (LG) for solving higher-dimensional Abstract Board Games (ABG).LG-CONSTRUCTOR will supply warfighters at all levels with the patterns of war games. With LG-CONSTRUCTOR, a warfighter will be able to consider and visualize the most viable patterns and quickly convert them into the LG hypergame, most adequate to the current mission. The adequacy of construction will be tested on the "fly" by playing and re-playing semi-finished hypergames. Employing this hypergame,LG-STRATEGIST will generate the best strategies for the military operation for all the contesting sides of the conflict. It will plan the entire operation, assess possible courses of actions (COA) for all sides, select counteractions, control operation by re-planning in real time, and play and re-play various "what-if" scenarios.

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Section: Wargaming Approachesmentioning

confidence: 99%

Knowledge Acquisition and Strategy Generation With Lg Wargaming Tools

Stilman¹,

Yakhnis²,

Umanskiy³

2002

Int. J. Comp. Intel. Appl.

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“…The classic approach based on the theory of Differential Games alone is insufficient, especially in case of dynamic, multiagent models (Garcia-Ortiz et al, 1993). Following (Rodin, 1988;Shinar, 1990) discrete-event modeling of complex control systems can be implemented as a purely interrogative simulation.…”

Section: Introductionmentioning

confidence: 99%

Heuristic networks for concurrent pursuit-evasion systems

Stilman

Proceedings 1995 IEEE/RSJ International Conference on Intelligent Robots and Systems. Human Robot Interaction and Cooperative R

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We consider briefly the Linguistic Geometry tools and their application to solving 2 0 optimization problem f o r autonomous robotic vehicles participating in the aerospace pursuit-evasion game. In this problem we allow the agents to move simultaneously if necessary. A comparison of the searches for serial and concurrent cases shows that search reduction achieved in the concu,rrent case is even more dramatic than it was in the serial one.

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