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Physical Realization and Synthesis of Walsh Pattern Generator for Programmable Devices

Mr. Navnath Shinde, Mrs. Vaishali Dhede
Physical Realization and Synthesis of Walsh Pattern Generator for Programmable Devices
Online First: February 18, 2018
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Abstract

This paper presents design and physical realization and Synthesis of Walsh Pattern Generator on CPLD. The overall architecture for Walsh pattern generation is programmed in a Xilinx Design Tools 8.2i and to be synthesized for the programmable devices such as CPLD; thus, to develop a SOC. A description of the hardware's structure and behavior is written in VHDL language and that source code is then compiled and downloaded prior to execution. Physical realization of the design was confirmed by obtaining RTL structure and Synthesis report. The simulation results obtained have been compared with the calculated results by hardware implementation.

Keyword : Hardware Implementation, RTL structure, Electronic Design Interchange Format, Walsh function.

  Submitted
Feb 18, 2018
Published
Feb 18, 2018
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References

[1] Zdenek Matousek, “Walsh-Hadamard sequences for binary encoding of Radar Signals”, IEEE-ICMT, May’2015. [2] J. Falkowski and T. Sasao, “Unified algorithm to generate Walsh functions in four different orderings and its programmable hardware Implementations”, IEE Proc.-Vis. Image Signal Process., Vol.152, No.6, Dec’ 2005 [3] M. Maqusi, “Applied Walsh Analysis”, Heyden & Sons Ltd., London, 1981. [4] W. A. Evans, “Sine Wave Synthesis using Walsh Functions”, IEEE Proceedings, Vol. 134, Pt. G, No.1, 1987.
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References

[1] Zdenek Matousek, “Walsh-Hadamard sequences for binary encoding of Radar Signals”, IEEE-ICMT, May’2015.
[2] J. Falkowski and T. Sasao, “Unified algorithm to generate Walsh functions in four different orderings and its programmable hardware Implementations”, IEE Proc.-Vis. Image Signal Process., Vol.152, No.6, Dec’ 2005
[3] M. Maqusi, “Applied Walsh Analysis”, Heyden & Sons Ltd., London, 1981.
[4] W. A. Evans, “Sine Wave Synthesis using Walsh Functions”, IEEE Proceedings, Vol. 134, Pt. G, No.1, 1987.
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