PROCEEDINGS INCLUDES 24 PAPERS OF WHICH TWO ARE IN ABSTRACTFORM ONLY. THE PAPERS ARE SUBDIVIDED INTO FIVE SESSIONS DEALING WITH MEDICAL DECISION MAKING AND patternanalysis, SYSTEMS AND SIGNAL analysis, MEDICAL IMAGIN...
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PROCEEDINGS INCLUDES 24 PAPERS OF WHICH TWO ARE IN ABSTRACTFORM ONLY. THE PAPERS ARE SUBDIVIDED INTO FIVE SESSIONS DEALING WITH MEDICAL DECISION MAKING AND patternanalysis, SYSTEMS AND SIGNAL analysis, MEDICAL IMAGING, MEDICAL COMPUTING AT UNIVERSITY OF TEXAS, AND MICROCOMPUTERS IN MEDICINE. TOPICS CONSIDERED INCLUDE: DATA PROCESSING AND ACQUISITION, MEDICAL INFORMATION, HOSPITALS AND CLINICS, ELECTROCArdIOGRAPHY,ELECTROENCEPHALOGRAPHY, COMPUTERIZED TOMOGRAPHY, RADIOGRAPHY, DATA BASE SYSTEMS, PATIENTS TREATMENT AND MONITORING, image RECONSTRUCTION AND ENHANCEMENT, MEDICAL COMPUTER SCIENCE AND ITS EDUCATION, COMPUTER SOFTWARE, AND MICROPROCESSORS. TECHNICAL AND PROFESSIONAL PAPERS FROM THIS conference ARE INDEXED WITH THE conference CODE NO. 01420 IN THE EI ENGINEERING MEETINGS (TM) DATABASE PRODUCED BY ENGINEERING INFORMATION, INC.
A description is provided of some novel algorithms for patternrecognition research and a framework for efficient development, maintenance, and sharing of interactive software among several users and diverse applicati...
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A description is provided of some novel algorithms for patternrecognition research and a framework for efficient development, maintenance, and sharing of interactive software among several users and diverse application areas. This modular interactive software system (MISS) forms the basis of a general purpose imageanalysis and patternrecognition research system (IPS). The algorithms and some preliminary results are discussed first. Then, the MISS and IPS software systems are described.
A system is described that detects object outlines in television images in real-time. A high-speed pipeline processor transforms the raw image into an edge map and a microprocessor, which is integrated into the system...
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A system is described that detects object outlines in television images in real-time. A high-speed pipeline processor transforms the raw image into an edge map and a microprocessor, which is integrated into the system, clusters the edges and represents them as chain codes. image statistics, useful for higher level tasks such as patternrecognition, are computed by the microprocessor. Peak intensity and peak gradient values are extracted within a programmable window and are used for iris and focus control. The algorithms implemented in hardware and the pipeline processor architecture are described. The strategy for partitioning functions in the pipeline was chosen to make the implementation modular. The microprocessor interface allows flexible and adaptive control of the feature extraction process.
The design philosophy of two software systems is discussed. The first, the Modular Interactive Software System MISS is a general purpose interactive software system implementation framework within which purpose specif...
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The design philosophy of two software systems is discussed. The first, the Modular Interactive Software System MISS is a general purpose interactive software system implementation framework within which purpose specific interactive software systems can be implemented. The MISS system includes a software kernel which supports a high level interactive language plus several utility programs which facilitate the addition and documentation of new software modules implementing new statements in the interactive language. The second software system is a general purpose imageanalysis and patternrecognition research system IPS. The IPS system is written within the MISS framework and consists of close to 300 extensions to the base level interactive language supported by the MISS system.
The proceedings contain 153 papers. The topics discussed include: software development: a failure and a success;an analysis of the performance of a software development methodology;effective computer program developme...
The proceedings contain 153 papers. The topics discussed include: software development: a failure and a success;an analysis of the performance of a software development methodology;effective computer program development and use;a methodology for the development of reliable synchronization software;a relational DBMS conforming to an architecture which incorporates a physical navigation language;task driven image understanding: lisp programming for vision research;some new algorithms and software implementation methods for pattern research recognition;statistical image processing and recognition;reflection on the implementation of a software design;functional multiprocessing in an experimental digital switching office;and a microprocessor line concentration system.
A description is provided of some novel algorithms for patternrecognition research and a framework for efficient development, maintenance, and sharing of interactive software among several users and diverse applicati...
详细信息
A description is provided of some novel algorithms for patternrecognition research and a framework for efficient development, maintenance, and sharing of interactive software among several users and diverse application areas. This modular interactive software system (MISS) forms the basis of a general purpose imageanalysis and patternrecognition research system (IPS). The algorithms and some preliminary results are discussed first. Then, the MISS and IPS software systems are described.
This part of the paper describes a base level modular interactive software system MISS developed to facilitate implementation of research oriented modular software systems. Also described is a powerful high level lang...
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A system is described that detects object outlines in television images in real-time. A high-speed pipeline processor transforms the raw image into an edge map and a microprocessor, which is integrated into the system...
详细信息
A system is described that detects object outlines in television images in real-time. A high-speed pipeline processor transforms the raw image into an edge map and a microprocessor, which is integrated into the system, clusters the edges and represents them as chain codes. image statistics, useful for higher level tasks such as patternrecognition, are computed by the microprocessor. Peak intensity and peak gradient values are extracted within a programmable window and are used for iris and focus control. The algorithms implemented in hardware and the pipeline processor architecture are described. The strategy for partitioning functions in the pipeline was chosen to make the implementation modular. The microprocessor interface allows flexible and adaptive control of the feature extraction process.
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