DocumentCode :
281508
Title :
An on-line knowledge-based system for interpreting ultrasonic data
Author :
Hopgood, A.A. ; Hallam, N.J. ; Woodcock, N.
Author_Institution :
Open Univ., Milton Keynes, UK
fYear :
1989
fDate :
32542
Abstract :
Describes a rule-based system (ARBS) which has been designed specifically for making on-line decisions on the basis of incoming signal data. The general facilities of the system are described, together with a prototype system for interpreting two dimensional (b-scan) images from manufactured components. ARBS uses a blackboard architecture to represent evolving knowledge. The system has transparent links with external procedures, which can be used to assist in interpretative and strategic decision-making. This facility is used extensively for pre-processing of the images and for numerically intensive calculations. A key feature of ARBS is its ability to offer an intimate mix of knowledge-based programming and conventional programming
Keywords :
acoustic imaging; computerised signal processing; knowledge based systems; ultrasonic applications; 2D images; NDT; US; b-scan; blackboard architecture; computerised signal processing; knowledge-based programming; on-line decisions; on-line knowledge-based system; pre-processing; strategic decision-making; transparent links; ultrasonic data;
fLanguage :
English
Publisher :
iet
Conference_Titel :
Expert Systems for NDT, IEE Colloquium on
Conference_Location :
London
Type :
conf
Filename :
197832
Link To Document :
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