Fuzzy logic controller for the whole body NMR imaging system

M Soufian; Francis Robinson

doi:10.1049/ic:19961125

Fuzzy logic controller for the whole body NMR imaging system

M Soufian, Francis Robinson

Department of Electronic & Electrical Engineering

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Abstract

Nuclear magnetic resonance imaging (NMR imaging) machines provide pictorial anatomical information about the physiological state of internal organs without the use of X-rays, and of all imaging methods, gives the most sensitive discrimination between healthy and diseased tissue. The resolution of whole body NMR imaging is limited by the accuracy and stability of the field gradient (FG) system. This paper considers the application of real-time fuzzy logic control to a field gradient system using a floating point digital signal processor (TMS320C40) to increase image resolution

Original language	English
DOIs	https://doi.org/10.1049/ic:19961125
Publication status	Published - 15 Nov 1996
Event	IEE Colloquium on Fuzzy Logic Controllers in Practice (Digest No. 1996/200) - , UK United Kingdom Duration: 15 Nov 1996 → …

Conference

Conference	IEE Colloquium on Fuzzy Logic Controllers in Practice (Digest No. 1996/200)
Country/Territory	UK United Kingdom
Period	15/11/96 → …

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Fuzzy logic controller for the whole body NMR imaging systemSubmitted manuscript, 308 KB

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AB - Nuclear magnetic resonance imaging (NMR imaging) machines provide pictorial anatomical information about the physiological state of internal organs without the use of X-rays, and of all imaging methods, gives the most sensitive discrimination between healthy and diseased tissue. The resolution of whole body NMR imaging is limited by the accuracy and stability of the field gradient (FG) system. This paper considers the application of real-time fuzzy logic control to a field gradient system using a floating point digital signal processor (TMS320C40) to increase image resolution

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Fuzzy logic controller for the whole body NMR imaging system

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