1962Proceedings of the IRERequires access

The Impact of Hybrid Analog-Digital Techniques on the Analog-Computer Art

Granino A. Korn

Open publisher page 12 citations

Abstract

In a sense, many present-day analog computers exist in a gap left by the cost-speed characteristics of available digital computers. But even as digital computers improve, the all-parallel "live mathematical model" afforded by analog-type simulation remains indispensable to the system designer. As a result, new hybrid computing elements and systems combine analog and digital features, and analog computers are becoming faster. The techniques discussed include combination of conventional analog and digital computers, digital programming and checkout of analog computers, operational digital computing elements, new high-speed analog computers with memory and digital switching, true hybrid computing elements, and some hybrid computer systems.

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What this paper is about

In a sense, many present-day analog computers exist in a gap left by the cost-speed characteristics of available digital computers. But even as digital computers improve, the all-parallel "live mathematical model" afforded by analog-type simulation remains indispensable to the system designer. As a result, new hybrid computing elements and systems combine analog and digital features, and analog computers are becoming faster. The techniques discussed include combination of conventional analog and digital computers, digital programming and checkout of analog computers, operational digital computing elements, new high-speed analog computers with memory and digital switching, true hybrid computing elements, and some hybrid computer systems.

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OpenAlex reports 12 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

In a sense, many present-day analog computers exist in a gap left by the cost-speed characteristics of available digital computers. But even as digital computers improve, the all-parallel "live mathematical model" afforded by analog-type simulation remains indispensable to the system designer. As a result, new hybrid computing elements and systems combine analog and digital features, and analog computers are becoming faster. The techniques discussed include combination of conventional analog and digital computers, digital programming and checkout of analog computers, operational digital computing elements, new high-speed analog computers with memory and digital switching, true hybrid computing elements, and some hybrid computer systems.

Key concepts: Hybrid computer, Analog computer, Analog image processing, Computer science, Analog device, Analog multiplier, Analog signal, Analogue electronics

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