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Reasoning In Time And Space: Issues In Interfacing A Graphic Computer Simulation With An Expert System For An Intelligent Simulation Training System

机译：时空推理：将图形计算机仿真与智能仿真培训系统的专家系统接口时出现的问题

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摘要

Computer simulation and expert systems technologies have the same goal: the study of intractable, complex systems for which standard algorithmic methods of study are inadequate. An expert system can be interfaced with a graphic computer simulation to reason about physical systems. Such an expert system needs the ability to reason qualitatively about simulation objects. This reasoning includes temporal, spatial, and causal (cause and effect) reasoning. This paper describes an expert-system/graphic-computer-simulation interface for an Intelligent Simulation Training System (ISTS) which is currently under development. Important design considerations include the reasoning about physical systems, and machine perception of simulation data for use by the expert system. It is necessary to carefully design the interface between a graphic computer simulation and an expert system in order to realize automated, intelligent training related to physical systems.
机译：计算机仿真和专家系统技术具有相同的目标：研究标准算法研究不足的棘手的复杂系统。可以将专家系统与图形计算机仿真相连接，以推理出物理系统。这样的专家系统需要对模拟对象进行定性推理的能力。这种推理包括时间，空间和因果（因果关系）推理。本文介绍了目前正在开发的智能模拟培训系统（ISTS）的专家系统/图形计算机模拟接口。重要的设计考虑因素包括有关物理系统的推理，以及专家系统使用的对模拟数据的机器感知。为了实现与物理系统相关的自动化，智能培训，有必要仔细设计图形计算机仿真与专家系统之间的接口。

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