2005Unpublished venueRequires access

High Level Test Generation for Custom Hardware: An Industrial Perspective

Indradeep Ghosh

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Abstract

This talk focuses on an industrial effort to generate sequential test patterns automatically from functional register transfer level (RTL) circuits that target detection of stuck-at faults in the circuit at the logic level. The RTL circuit is assumed to be described in some high level description language (HDL) like VHDL or Verilog which is currently a standard practice in industrial ASIC designs. Currently only block level circuits of the order of tens of thousands of HDL lines are targeted

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What this paper is about

This talk focuses on an industrial effort to generate sequential test patterns automatically from functional register transfer level (RTL) circuits that target detection of stuck-at faults in the circuit at the logic level. The RTL circuit is assumed to be described in some high level description language (HDL) like VHDL or Verilog which is currently a standard practice in industrial ASIC designs. Currently only block level circuits of the order of tens of thousands of HDL lines are targeted

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Available abstract

This talk focuses on an industrial effort to generate sequential test patterns automatically from functional register transfer level (RTL) circuits that target detection of stuck-at faults in the circuit at the logic level. The RTL circuit is assumed to be described in some high level description language (HDL) like VHDL or Verilog which is currently a standard practice in industrial ASIC designs. Currently only block level circuits of the order of tens of thousands of HDL lines are targeted

Key concepts: Register-transfer level, VHDL, Verilog, Application-specific integrated circuit, Hardware description language, Computer science, Computer architecture, Design for testing

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