Verifying ASICs by symbolic simulation

R. Schmid, E. Tidén
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引用次数: 4

Abstract

A new tool which is capable of dealing with digital circuit designs on a functional, or behavioural, level is presented. The tool has been used extensively in a design center for ASICS, and several real-life applications of it are described. The basis of the new tool is formed by efficient algorithms for manipulating Boolean functions and finite-state machines. Among the applications of the tool are automatic formal verification of combinatorial and sequential circuits, reverse engineering, (e.g. generation of state transition tables from circuit designs), rapid prototyping. validation of new CAD tools, verification of hand optimizations of tool-generated circuits and algorithm design.<>
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用符号仿真验证asic
提出了一种能够在功能或行为水平上处理数字电路设计的新工具。该工具已在ASICS设计中心得到了广泛的应用,并介绍了它的几个实际应用。新工具的基础是由处理布尔函数和有限状态机的有效算法构成的。该工具的应用包括组合和顺序电路的自动形式化验证、逆向工程(例如,从电路设计生成状态转换表)、快速原型设计。验证新的CAD工具,验证工具生成电路和算法设计的手动优化。
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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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