MICROCOMPUTER CONTROLLED VISUAL DISPLAY TO PROBE SIGNAL PROCESSING IN HUMAN VISUAL SYSTEM.

Keith Hardwicke; Ronny Arnold; Steven Whiteside; Sunanda Mitra

MICROCOMPUTER CONTROLLED VISUAL DISPLAY TO PROBE SIGNAL PROCESSING IN HUMAN VISUAL SYSTEM.

Keith Hardwicke, Ronny Arnold, Steven Whiteside, Sunanda Mitra

Electrical and Computer Engineering

Research output: Contribution to conference › Paper › peer-review

Abstract

A microcomputer-controlled visual display system is described. A simple interfacing scheme enables a commercially available microcomputer to control all the parameters of an innovative CRT image generator (Picasso, Innisfree). Thus the system described here provides a cost-effective way of probing the human visual manifold as well as developing new diagnostic methodology for detecting visual dysfunction.

Original language	English
Pages	43-45
Number of pages	3
State	Published - 1985

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title = "MICROCOMPUTER CONTROLLED VISUAL DISPLAY TO PROBE SIGNAL PROCESSING IN HUMAN VISUAL SYSTEM.",

abstract = "A microcomputer-controlled visual display system is described. A simple interfacing scheme enables a commercially available microcomputer to control all the parameters of an innovative CRT image generator (Picasso, Innisfree). Thus the system described here provides a cost-effective way of probing the human visual manifold as well as developing new diagnostic methodology for detecting visual dysfunction.",

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T1 - MICROCOMPUTER CONTROLLED VISUAL DISPLAY TO PROBE SIGNAL PROCESSING IN HUMAN VISUAL SYSTEM.

AU - Hardwicke, Keith

AU - Arnold, Ronny

AU - Whiteside, Steven

AU - Mitra, Sunanda

PY - 1985

Y1 - 1985

N2 - A microcomputer-controlled visual display system is described. A simple interfacing scheme enables a commercially available microcomputer to control all the parameters of an innovative CRT image generator (Picasso, Innisfree). Thus the system described here provides a cost-effective way of probing the human visual manifold as well as developing new diagnostic methodology for detecting visual dysfunction.

AB - A microcomputer-controlled visual display system is described. A simple interfacing scheme enables a commercially available microcomputer to control all the parameters of an innovative CRT image generator (Picasso, Innisfree). Thus the system described here provides a cost-effective way of probing the human visual manifold as well as developing new diagnostic methodology for detecting visual dysfunction.

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M3 - Paper

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SP - 43

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ER -

MICROCOMPUTER CONTROLLED VISUAL DISPLAY TO PROBE SIGNAL PROCESSING IN HUMAN VISUAL SYSTEM.

Abstract

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