向通用仿真能力迈进

M. Lackner
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引用次数: 32

摘要

用数字计算机模拟一个系统需要:•一个系统的模型,该系统的学生能够理解,同时又能与计算机的限制相适应。•将模型转换为计算机代码。•模型随时间的运动。•记录模型的性能。SIMPAC,一个“仿真包”,包含了实现这些目标的连贯技术和设备:用于构建计算机兼容模型的建模概念,用于编码模型的词汇表,用于移动模型并记录其性能的计算机程序,以及输出表示程序。为了研究复杂系统中的管理控制,在SIMPAC的第一个版本中实现了一个假设业务系统的模型。本文讨论了数字仿真和SIMPAC,并介绍了可能导致一组仿真系统的建模概念,称为“Muse”,它将从描述性陈述中组装不同复杂性的模型,并在仿真之前分析模型。
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Toward a general simulation capability
Simulation of a system by digital computer requires: • A model of the system which is intelligible to the student of the system while compatible with the limitations of the computer. • Translation of the model to computer code. • Movement of the model through time. • Recording the performance of the model. SIMPAC, a "simulation package," incorporates coherent techniques and devices for the accomplishment of these objectives: modeling concepts for building a computer-compatible model, a vocabulary for encoding the model, a computer program for moving the model through time and recording its performance, and an output presentation program. A model of a hypothetical business system has been implemented with the first version of SIMPAC for the purpose of studying management controls in a complex system. This paper discusses digital simulation and SIMPAC and introduces modeling concepts which may lead to a set of simulation systems, called 'Muse', which would assemble models of varying complexity from descriptive statements and analyze the models prior to simulation.
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