Description and evaluation of a system for high-speed, three-dimensional computed tomography of the body: The dynamic spatial reconstructor

Richard A. Robb; Barry K. Gilbert

doi:10.1145/1500518.1500586

Description and evaluation of a system for high-speed, three-dimensional computed tomography of the body: The dynamic spatial reconstructor

Richard A. Robb, Barry K. Gilbert

Physiology & Biomedical Engineering

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

Abstract

High temporal resolution, full three-dimensional imaging of the heart and circulation is required for accurate basic physiological studies of the structural-to-functional relationships of these organ systems, and for improved diagnostic evaluation and treatment of patients with cardiac and/or circulatory disorders. Current diagnostic imaging techniques and systems, including x-ray computed tomography (CT) (1, 2), do not provide accurate measurements of the true dynamic changes in shape and dimensions of the intact heart over its entire anatomic extent, or for accurate measurement of the regional distribution of blood flow to, from, and within the heart, or any other organ of the body.

Original language	English (US)
Pages	427-436
Number of pages	10
DOIs	https://doi.org/10.1145/1500518.1500586
State	Published - May 19 1980
Event	1980 National Computer Conference, AFIPS 1980 - Anaheim, United States Duration: May 19 1980 → May 22 1980

Other

Other	1980 National Computer Conference, AFIPS 1980
Country/Territory	United States
City	Anaheim
Period	5/19/80 → 5/22/80

ASJC Scopus subject areas

General Computer Science

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10.1145/1500518.1500586

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abstract = "High temporal resolution, full three-dimensional imaging of the heart and circulation is required for accurate basic physiological studies of the structural-to-functional relationships of these organ systems, and for improved diagnostic evaluation and treatment of patients with cardiac and/or circulatory disorders. Current diagnostic imaging techniques and systems, including x-ray computed tomography (CT) (1, 2), do not provide accurate measurements of the true dynamic changes in shape and dimensions of the intact heart over its entire anatomic extent, or for accurate measurement of the regional distribution of blood flow to, from, and within the heart, or any other organ of the body.",

author = "Robb, {Richard A.} and Gilbert, {Barry K.}",

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AU - Gilbert, Barry K.

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N2 - High temporal resolution, full three-dimensional imaging of the heart and circulation is required for accurate basic physiological studies of the structural-to-functional relationships of these organ systems, and for improved diagnostic evaluation and treatment of patients with cardiac and/or circulatory disorders. Current diagnostic imaging techniques and systems, including x-ray computed tomography (CT) (1, 2), do not provide accurate measurements of the true dynamic changes in shape and dimensions of the intact heart over its entire anatomic extent, or for accurate measurement of the regional distribution of blood flow to, from, and within the heart, or any other organ of the body.

AB - High temporal resolution, full three-dimensional imaging of the heart and circulation is required for accurate basic physiological studies of the structural-to-functional relationships of these organ systems, and for improved diagnostic evaluation and treatment of patients with cardiac and/or circulatory disorders. Current diagnostic imaging techniques and systems, including x-ray computed tomography (CT) (1, 2), do not provide accurate measurements of the true dynamic changes in shape and dimensions of the intact heart over its entire anatomic extent, or for accurate measurement of the regional distribution of blood flow to, from, and within the heart, or any other organ of the body.

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ER -

Description and evaluation of a system for high-speed, three-dimensional computed tomography of the body: The dynamic spatial reconstructor

Abstract

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