Paper
20 January 1993 Picture archiving and communication system developments expected in the 1990s
Philip G. Drew, Lawrence D. Lorah, Michael J. Lydon, Elliott D. Novak
Author Affiliations +
Abstract
Among the applications for high-bandwidth systems are medical picture archiving and communication systems (PACS). Viewed in the light of developments anticipated ten years ago when these systems were first discussed, progress has been disappointingly slow. However, with the recognition that teleradiology, digital archives, and computed radiography can be regarded as PAC subsystems, and that systems confined to a single modality can be regarded as mini-PACS, it becomes clear that development of PAC systems has made remarkable progress. Growing from modest size today, the markets for PAC systems and subsystems in the U.S. is likely to exceed $600 million by the end of the decade, a market of the same magnitude as those for CT, MRI, and catheterization lab equipment. This paper discusses the forces that have stimulated growth of PAC systems -- among them, the opportunity to provide better service to patients and referring physicians, a chance to expand effective service area, and a possible solution to the ubiquitous problems of lost films -- as well as the impediments that have retarded growth -- among them, technical limitations, especially of the radiologists' workstations, and cost. A review of these forces allows prediction of likely developments in the 1990s.
© (1993) COPYRIGHT Society of Photo-Optical Instrumentation Engineers (SPIE). Downloading of the abstract is permitted for personal use only.
Philip G. Drew, Lawrence D. Lorah, Michael J. Lydon, and Elliott D. Novak "Picture archiving and communication system developments expected in the 1990s", Proc. SPIE 1785, Enabling Technologies for High-Bandwidth Applications, (20 January 1993); https://doi.org/10.1117/12.139276
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KEYWORDS
Picture Archiving and Communication System

Computed tomography

CRTs

Radiography

Radiology

Computing systems

Magnetic resonance imaging

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