Generic discrete event simulations using DEGAS :

Author:

Pukite Paul1,Ludwig Luke1

Affiliation:

1. BAE Systems, Fridley, MN

Abstract

This paper describes a powerful Ada pattern which, when integrated with the open-source DEGAS discrete event run-time, allows a developer to write and execute logic design models in a format similar to the VHDL language. The application of this approach to other formulations, including floating-point based simulations, provides a means to establish general design, analysis, and verification strategies to a range of discrete event domains using standard Ada constructs.

Publisher

Association for Computing Machinery (ACM)

Reference16 articles.

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2. Ashenden P. J. "The Designer's Guide to VHDL" Elsevier 2001. Ashenden P. J. "The Designer's Guide to VHDL" Elsevier 2001.

3. "Securing the Future: Regional and National Programs to Support the Semiconductor Industry (2003)" Board on Science Technology and Economic Policy (STEP) http://fermat. nap. edu/books/0309085012/html/164. html ("In 1999 total revenues of the electronics industry were close to $1 trillion or 3. 1 percent of worldwide GDP. The revenues for the semiconductor components of the electronics industry were close to 16 percent of that and capital spending for wafer-fabrication equipment about 21 percent." "Securing the Future: Regional and National Programs to Support the Semiconductor Industry (2003)" Board on Science Technology and Economic Policy (STEP) http://fermat. nap. edu/books/0309085012/html/164. html ("In 1999 total revenues of the electronics industry were close to $1 trillion or 3. 1 percent of worldwide GDP. The revenues for the semiconductor components of the electronics industry were close to 16 percent of that and capital spending for wafer-fabrication equipment about 21 percent."

4. D. Marsh "Low-cost kits the new FPGA-designer trend" EDN November 23 2006 P. 40. D. Marsh "Low-cost kits the new FPGA-designer trend" EDN November 23 2006 P. 40.

5. Godefroid P. "Software Model Checking: The Verisoft Approach. Formal Methods in System Design" 26 2 (March 2005) 250--255. Kluwer Academic Publishers Hingham MA USA

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