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Total concurrency and uncertainty in linguistic geometry

机译:语言几何中的总并发性和不确定性

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摘要

Considers an example of application of linguistic geometry to the search multiagent problem with an extremely high branching factor, this problem is computationally hard for conventional approaches. The high computational complexity is explained by the allowance of concurrent motions of all the agents. This results in a significant growth of the branching factor (up to 300) because all the combinations of simultaneous motions are legal. Another difficulty is that when making a move, each side is uncertain about the concurrent motions of the other side. The linguistic geometry tools generated a solution of the problem demonstrating a dramatic search reduction for this totally concurrent system.
机译:考虑将语言几何学应用于具有极高分支因子的搜索多主体问题的示例,该问题对于常规方法而言在计算上比较困难。通过允许所有代理同时运动,可以解释较高的计算复杂性。由于所有同时运动的组合都是合法的,因此这会导致分支因子的显着增长(最多300)。另一个困难是,在移动时,每一侧都不确定另一侧的并发运动。语言几何工具生成了该问题的解决方案,表明该完全并发系统的搜索量显着减少。

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