交互设计语言:硬件仿真、综合和文档的统一方法

L. Maissel, D. Ostapko
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引用次数: 6

摘要

IDL是一种用于VLSI环境的硬件设计语言。它包含了大量的高级特性,如组、子例程和标签,并且特别适合于处理硬件级别的并行性。除了易于理解(因此适合作为文档介质)之外,IDL代码还可以用于生成两级逻辑,在IDL系统下,这些逻辑可以通过多种方式进行操作,包括产品项分解和最小化、反馈最小化、划分、合并和验证。IDL系统包含几个由IDL代码驱动的模拟器。IDL输出在硬件中最常见的体现是PLA。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Interactive Design Language: A Unified Approach to Hardware Simulation, Synthesis and Documentation
IDL is a hardware design language in use in the VLSI environment. It incorporates a significant number of high-level features such as groups, subroutines, and labels and is particularly well adapted to dealing with parallelism at the hardware level. In addition to being human intelligible (and therefore appropriate as a documentation medium), IDL code can be used to generate 2-level logic which, under the IDL system, can be manipulated in a number of ways, including product term factoring and minimization, feedback minimization, partitioning, merging, and verification. The IDL system contains several simulators that are driven by IDL code. The most common embodiment of IDL output in hardware is a PLA.
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