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Biomedical subjects

R H Shannon

Publications and source records attributed to R H Shannon.

13 recordsLinked to original sources

Proposed multi-modality network to support image acquisition at remote sites.

There is a growing tendency for planners to permit non-radiologists to install isolated radiographic facilities with fluoroscopy in clinical specialty areas. These dedicated facilities are thereby frequently removed from support by radiology. Examples include endoscopy, urology, pulmonology, cardiology, surgery, intensive care, and orthopedics. A multi-modality network tying these remote sites to radiology can restore radiological support. Radiologists can participate in image acquisition procedures even though the procedures are no longer performed in the radiology department. A network also provides the isolated facility with technical support (laser printing, mass storage, etc.) that cannot be economically duplicated for each separate specialty site. A clinical model emphasizing the role of electronic networks in supporting image acquisition (in addition to image display) is undergoing the first phase of implementation at the Veterans Affairs Medical Center (VAMC) in Durham, North Carolina. The planned multi-modality network uses endoscopy as the acquisition model. Both the VAMC network and its extension to the sophisticated endoscopy suite at nearby Duke University Medical Center will be described.

Computer Communication Networks

Information integration for the imaging specialist.

Medical imaging is an information business of rapidly increasing complexity. Imaging practice and imaging information support systems are inseparable. How both operate and how they ought to operate can be considered productively in terms of system theory. This concluding article on some practical system principles, therefore, presents one way of thinking about the rest of the volume.

Computers

Introduction to computer systems in diagnostic radiology.

Diagnostic radiology is immensely complex. It involves a consultation process, patient handling to produce images, and advanced technology. Computers have been applied extensively to these processes, and examples are given of some of these applications. Fully integrated computerized radiology systems have been an elusive goal. Integrity of patient data is probably the key to integration. Progress in the field continues.

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