2002•Unpublished venueRequires access

VHDL transition from system to detailed design

K. Arsenault, Joyce Wong, Mitchell A. Cohen

Open publisher page 4 citations

Abstract

Raytheon and i-Logix have conducted a joint project and studied the feasibility of using VHDL as the transition vehicle from the system level specification to detailed design. The results of test cases are promising in that the generated VHDL code maps directly to the specification. The generated VHDL code has a consistent style and a readable and highly structured format. The process of developing the VHDL code was quicker, and the VHDL code and the testbenches fit within the system.>

About this research paper

What this paper is about

Raytheon and i-Logix have conducted a joint project and studied the feasibility of using VHDL as the transition vehicle from the system level specification to detailed design. The results of test cases are promising in that the generated VHDL code maps directly to the specification. The generated VHDL code has a consistent style and a readable and highly structured format. The process of developing the VHDL code was quicker, and the VHDL code and the testbenches fit within the system.>

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OpenAlex reports 4 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Raytheon and i-Logix have conducted a joint project and studied the feasibility of using VHDL as the transition vehicle from the system level specification to detailed design. The results of test cases are promising in that the generated VHDL code maps directly to the specification. The generated VHDL code has a consistent style and a readable and highly structured format. The process of developing the VHDL code was quicker, and the VHDL code and the testbenches fit within the system.>

Key concepts: VHDL, Computer science, Programming language, Code (set theory), Hardware description language, VHDL-AMS, Process (computing), Computer architecture

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