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SPECTOOL: User's Manual. Volume 2.

Mandayam Srivas, Mark Bickford

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Abstract

Abstract : This report describes a computer-aided verification tool, called Spectool, for a class of synchronous hardware designs. The tool reduces the effort required for verifying a design in the targeted class by automating most of the routine, but cumbersome, parts of the verification process. The input to the tool is a circuit diagram of the design. This diagram is drawn using the graphical user-interface provided by the tool. Spectool has been used on several examples including a large pipelined microprocessor design. Hardware Verification, Computer Security, Formal Methods.

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Abstract : This report describes a computer-aided verification tool, called Spectool, for a class of synchronous hardware designs. The tool reduces the effort required for verifying a design in the targeted class by automating most of the routine, but cumbersome, parts of the verification process. The input to the tool is a circuit diagram of the design. This diagram is drawn using the graphical user-interface provided by the tool. Spectool has been used on several examples including a large pipelined microprocessor design. Hardware Verification, Computer Security, Formal Methods.

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Available abstract

Abstract : This report describes a computer-aided verification tool, called Spectool, for a class of synchronous hardware designs. The tool reduces the effort required for verifying a design in the targeted class by automating most of the routine, but cumbersome, parts of the verification process. The input to the tool is a circuit diagram of the design. This diagram is drawn using the graphical user-interface provided by the tool. Spectool has been used on several examples including a large pipelined microprocessor design. Hardware Verification, Computer Security, Formal Methods.

Key concepts: Computer science, Volume (thermodynamics), Class diagram, Class (philosophy), Microprocessor, Process (computing), Functional verification, Embedded system

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