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A methodology for monitoring response and throughput of a distributed graphics CAD/CAM processing network is presented. The hardware and software components of distributed processing include intelligent graphics terminals, remote minicomputers, high speed communication processing, host processor, and auxiliary storage devices. Software functions consist of loading and executing CAD/CAM applications such as computer aided design, computer aided quality assurance, etc. The response and throughput are measured in terms of completed graphics functions, which may be as trivial as generating a point and as complex as retrieving a drawing from a disk file. The graphics system response performance has been a critical consideration for its status as a cost-effective design tool. The data gathering facility discussed in this article has been used quite effectively in production for evaluating the impact of hardware and software changes. As of December 1980, the distributed graphics system at the McDonnell Douglas Corporation-St. Louis, consists of approximately 70 3-D graphics terminals, 11 remote processing systems and 5 front-end processors. A sample illustration of the measured data is presented in this article.

Throughput-response measurements in a distributed CAD/CAM processing network