Design and implementation of Reed-Solomon decoders using programmable active memories

T. McDermott; D. J. Skellern; R. A. Keaney; M. Shand

Design and implementation of Reed-Solomon decoders using programmable active memories

T. McDermott^*, D. J. Skellern, R. A. Keaney, M. Shand

^*Corresponding author for this work

Faculty of Science and Engineering

Research output: Contribution to journal › Article › peer-review

Abstract

This paper discusses the use of programmable active memory systems for implementing adaptive coding schemes on time varying digital channels. By using a codec architecture that accommodates several completely different codes, it may be possible to develop very efficient coding schemes. This paper seeks to demonstrate that block codes can be efficiently implemented using a programmable active memory system called DECPeRLe-1. The efficient implementation of convolutional codes in this system has been demonstrated. The successful implementation of a decoder for the (15, 9) Reed-Solomon code, and the current state of development of a decoder for the (255, 223) Reed-Solomon code are described in this paper.

Original language	English
Pages (from-to)	831-835
Number of pages	5
Journal	National Conference Publication - Institution of Engineers, Australia
Volume	2
Issue number	94 /9
Publication status	Published - 1994

Cite this

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N2 - This paper discusses the use of programmable active memory systems for implementing adaptive coding schemes on time varying digital channels. By using a codec architecture that accommodates several completely different codes, it may be possible to develop very efficient coding schemes. This paper seeks to demonstrate that block codes can be efficiently implemented using a programmable active memory system called DECPeRLe-1. The efficient implementation of convolutional codes in this system has been demonstrated. The successful implementation of a decoder for the (15, 9) Reed-Solomon code, and the current state of development of a decoder for the (255, 223) Reed-Solomon code are described in this paper.

AB - This paper discusses the use of programmable active memory systems for implementing adaptive coding schemes on time varying digital channels. By using a codec architecture that accommodates several completely different codes, it may be possible to develop very efficient coding schemes. This paper seeks to demonstrate that block codes can be efficiently implemented using a programmable active memory system called DECPeRLe-1. The efficient implementation of convolutional codes in this system has been demonstrated. The successful implementation of a decoder for the (15, 9) Reed-Solomon code, and the current state of development of a decoder for the (255, 223) Reed-Solomon code are described in this paper.

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JF - National Conference Publication - Institution of Engineers, Australia

IS - 94 /9

ER -

Design and implementation of Reed-Solomon decoders using programmable active memories

Abstract

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