Synthesis of saturation arithmetic architectures

Author:

Constantinides G. A.1,Cheung P. Y. K.1,Luk W.1

Affiliation:

1. Imperial College of Science, Technology and Medicine, London, United Kingtom

Abstract

This paper describes a synthesis technique for automating the design of linear Digital Signal Processing (DSP) systems such as digital filters. The proposed methodology makes optimized use of saturation arithmetic to produce a small design implemented directly in hardware. An analytical technique is proposed to estimate the saturation error resulting from a particular implementation, and an optimization procedure is introduced to aim for the smallest implementation satisfying user-specified bounds on saturation and roundoff error. Results are presented illustrating significant speedup and area reduction compared with standard DSP design techniques: up to 22% improvement in area and 28% improvement in speed have been obtained on Field Programmable Gate Array (FPGA) implementations.

Publisher

Association for Computing Machinery (ACM)

Subject

Electrical and Electronic Engineering,Computer Graphics and Computer-Aided Design,Computer Science Applications

Reference19 articles.

1. Altera Corporation. 1998. Altera Databook. San Jose: Altera Corporation. Altera Corporation. 1998. Altera Databook. San Jose: Altera Corporation.

2. Chung K.-L. 1974. A Course in Probability Theory. Academic Press New York. Chung K.-L. 1974. A Course in Probability Theory. Academic Press New York.

3. Constantinides G. A. 2001. High Level Synthesis and Word Length Optimization of Digital Signal Processing Systems. Ph.D. thesis University of London. Constantinides G. A. 2001. High Level Synthesis and Word Length Optimization of Digital Signal Processing Systems. Ph.D. thesis University of London.

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