物理信号、事件和数字流

A. Hulme
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引用次数: 1

摘要

IEEE标准1641的修订即将结束,并正在进行批准周期。该标准提供了一种准确定义信号和测试的方法,经过了许多改进,得到了进一步的发展。信号和事件的使用现在已经扩展到包括数字信号。这三个元素,物理信号流,事件流和数字流,为描述所有简单或复杂的信号提供了重要的支柱。它们定义了一个信号什么时候可以存在,什么时候不存在,什么时候有值,什么时候没有,什么时候开始,什么时候停止。了解不同类型的信号函数的操作以及信号、事件和数字流的操作对于构建测试信号框架(TSF)模型,特别是那些包含复杂时序关系的模型至关重要。本文解释了每一种流以及它们如何相互作用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Physical signals, events and digital streams
A revision of IEEE Std 1641 is coming to an end and is undergoing its approval cycle. This standard, which provides a method of accurately defining signals and tests, has been further developed with many improvements. The use of signals and events has now been extended to include digital signals. These three elements, physical signal streams, event streams and digital streams, provide the vital backbone to the description of all signals, simple or complex. They define when a signal may exist and when it may not, when a signal has a value and when it has not, when it starts and when it stops. Understanding the operation of SignalFunctions of different types and the operation of the signal, event and digital streams is essential to the building of Test Signal Framework (TSF) models, especially those which include complex timing relationships. This paper explains each of these streams and how they interact one with another.
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