SIGNAL PROCESSING IN HIGH-DATA-RATE ENVIRONMENTS: DESIGN TRADE-OFFS IN THE EXPLOITATION OF PARALLEL ARCHITECTURES AND FAST SYSTEM CLOCK RATES.

B. K. Gilbert; T. M. Kinter; D. J. Schwab; B. A. Naused; L. M. Krueger; W. Van Nurden

SIGNAL PROCESSING IN HIGH-DATA-RATE ENVIRONMENTS: DESIGN TRADE-OFFS IN THE EXPLOITATION OF PARALLEL ARCHITECTURES AND FAST SYSTEM CLOCK RATES.

B. K. Gilbert, T. M. Kinter, D. J. Schwab, B. A. Naused, L. M. Krueger, W. Van Nurden

Physiology & Biomedical Engineering

Research output: Chapter in Book/Report/Conference proceeding › Chapter

2 Scopus citations

Abstract

This chapter discusses the application of architectures, describes work by Gilbert, Kinter, Schwab, Naused, Krueger, and Van Nurden of Mayo Foundation and Zucca of Rockwell International Microelectronics Research and Developmant Center on signal processing at high data rates. In this chapter the use of both parallel architectures and high-speed circuits is discussed in the context of future circuits developments. The use of gallium arsenide devices for high speed is proposed and the comparison with silicon circuits discussed.

Original language	English (US)
Title of host publication	VLSI and Mod Signal Process
Publisher	Prentice-Hall Inc (Prentice-Hall Inf and Syst Sci Ser)
Pages	451-473
Number of pages	23
ISBN (Print)	013942699X
State	Published - 1985

ASJC Scopus subject areas

General Engineering

Cite this

SIGNAL PROCESSING IN HIGH-DATA-RATE ENVIRONMENTS: DESIGN TRADE-OFFS IN THE EXPLOITATION OF PARALLEL ARCHITECTURES AND FAST SYSTEM CLOCK RATES. / Gilbert, B. K.; Kinter, T. M.; Schwab, D. J. et al.
VLSI and Mod Signal Process. Prentice-Hall Inc (Prentice-Hall Inf and Syst Sci Ser), 1985. p. 451-473.

Research output: Chapter in Book/Report/Conference proceeding › Chapter

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AB - This chapter discusses the application of architectures, describes work by Gilbert, Kinter, Schwab, Naused, Krueger, and Van Nurden of Mayo Foundation and Zucca of Rockwell International Microelectronics Research and Developmant Center on signal processing at high data rates. In this chapter the use of both parallel architectures and high-speed circuits is discussed in the context of future circuits developments. The use of gallium arsenide devices for high speed is proposed and the comparison with silicon circuits discussed.

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SIGNAL PROCESSING IN HIGH-DATA-RATE ENVIRONMENTS: DESIGN TRADE-OFFS IN THE EXPLOITATION OF PARALLEL ARCHITECTURES AND FAST SYSTEM CLOCK RATES.

Abstract

ASJC Scopus subject areas

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