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THE DECLARATIVE REPRESENTATION AND PROCEDURAL SIMULATOR OF CAUSALITY IN PHYSICAL MECHANISMS

机译:物理机制中因果关系的陈述表现形式和程序模拟器

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We have presented a theory of mechanism description and simulation which is based on tenets and processes we hypothesize to be applicable to other aspects of human cognition. We feel the theory of cause-effect representation is sound and expressive for a wide variety of mechanisms, and that it bears significance as a theory of human cause-effect knowledge representation. Our next specific goals are three fold: (1) to make the acquisition of new mechanism patterns interactive, having the model prompt the user, and verify that the user s use of the representation coincides with the model's notions of semantic well-forkedness, (2) to study the processes of mechanisms abstraction, and (3) to apply the existing CSA plan synthesizer to the task of mechanisms invention, involving the simulator in a debugging loop.
机译:我们提出了一种机制描述和模拟理论,其基于Tenets和流程,我们假设适用于人类认知的其他方面。我们认为原因效果代表理论对各种机制具有声音和表现力,并且它具有重要性作为人类原因效应知识表示的理论。我们的下一个特定目标是三倍:(1)为了获取新机制模式的交互式,具有模型提示用户,并验证用户的使用与模型的语义叉叉的概念一致,( 2)研究机制抽象的过程,和(3)将现有的CSA计划合成器应用于机制发明的任务,涉及调试循环中的模拟器。

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