KIM 20: a symbolic RISC microprocessor for embedded advanced control

J. Heudin
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Abstract

The author describes a new microprocessor architecture designed applying artificial intelligence techniques in complex process control applications. The KIM 20 embedded RISC microprocessor is a first implementation based on a classic CMOS 1.5 micron technology. Firstly the application field is introduced and secondly a technical overview of the architecture is given. Then, he discusses the ASIC tools used during the design. As a conclusion, the author gives performance results and briefly describes the software environment and future extension of this product.<>
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用于嵌入式高级控制的符号RISC微处理器
作者描述了一种新的微处理器体系结构,该体系结构将人工智能技术应用于复杂的过程控制应用。KIM 20嵌入式RISC微处理器是基于经典CMOS 1.5微米技术的第一个实现。首先介绍了该系统的应用领域,然后对该系统体系结构进行了技术概述。然后,他讨论了设计过程中使用的ASIC工具。作为结论,作者给出了性能结果,并简要描述了该产品的软件环境和未来的扩展。
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Built-in self-test for generated blocks in an ASIC environment Automatic synthesis of mu programmed controllers Latch-up characterization of semicustom using ATE KIM 20: a symbolic RISC microprocessor for embedded advanced control Layout automation of CMOS analog building blocks with CADENCE
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