洛克希德混合系统:一个巨大的进步

C. Bedient, Larry L. Dike
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引用次数: 1

摘要

凝视我们的水晶球,我们看到你坐在模拟计算机准备预定的混合运行。你通过远程显示器向数字计算机发出警报。数字计算机从其永久文件中恢复与您的运行相关的数据和源文件。这些文件包括方程格式的问题描述,模拟计算机上机械化的框图格式的问题描述,源混合问题和数据平台。登录系统后,您可以使用一套完整的混合软件。您可以使用方程式输入和模拟机械化输入来运行您的程序,以验证方程式的正确模拟实现。利用数字模拟的输出,可以确定变量的自动缩放范围。数字模拟的模拟机械化可用于实际模拟连接器的配线板和设备验证。也可以生成静态检查。使用数字模拟的输出,您可以在动态模式下测试模拟计算机上合成的各种传输块。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Lockheed hybrid system: a giant step
Gazing into our crystal ball we see you seated at the analog computer preparing for a scheduled hybrid run. You alert the digital computer through your remote display. The digital computer recovers from its permanent files the data and source files associated with your run. These files include a description of your problem in equation format, a description of your problem in block diagram format as mechanized on the analog computer, the source hybrid problem, and data decks. After logging on the system, a complete set of hybrid software is available to you. You may run your program all digital using the equation input and the analog mechanization input to verify proper analog implementation of your equations. Using the outputs of the digital simulation ranges of variables may be determined for automatic scaling. The digitally simulated analog mechanization can be used for a patchboard and equipment verification of the actual analog connectives. Static checks may also be generated. Using the outputs of your digital simulation, you can test the various transfer blocks synthesized on the analog computer in a dynamic mode.
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