Development of decision support systems
Identifieur interne : 00DE43 ( Main/Exploration ); précédent : 00DE42; suivant : 00DE44Development of decision support systems
Auteurs : T. Allan Pryor [États-Unis]Source :
- International journal of clinical monitoring and computing [ 0167-9945 ] ; 1990-07-01.
English descriptors
- Teeft :
- Application developers, Asthma, Biomedical research, Blood pressure, Complete decision support application, Computer applications, Computerized, Critiquing, Critiquing decision support, Critiquing logic, Data acquisition, Data acquisition frames, Database, Decision logic, Decision support, Decision support applications, Decision support programs, Decision support software, Decision support system, Decision support systems, Diagnostic decision support, Entire application, Expert logic, Expert systems, Frame language, Frame slots, Frame structure, Frame type, Hospital information systems, Knowledge base, Knowledge editor, Knowledge editors, Knowledge frame, Knowledge frames, Knowledge slots, Knowledge tools, Laboratory values, Management decision support, Management decisions, Medical care, Medication, Medication order, Object knowledge base, Other agents, Patient database, Pharmacy program, Predictive knowledge, Pryor, Salt lake city, Slot, Source knowledge frames, Symposiumon computer applications, Treatment plans, User, Validation level.
Abstract
Abstract: Use of hospital information systems (HIS) are no longer limited to administrative functions. The addition to these systems of decision support capability is now a necessity. Development of the decision support modules requires a different software architecture than that employed by most HIS systems today. This paper describes the generic uses of decision support throughout the many hospital applications. Several levels of decision support are outlined with examples to illustrate the many areas where decision support is useful. At LDS Hospital in Salt Lake City, Utah we have developed an HIS using a new software architecture which supports the creation of decision support applications. This system uses a frame structure to represent knowledge. Examples of the frames and their syntax is presented. Using the frame tools which are provided, an application developer can easily develop and test decision support modules which interact directly with the clinical user and the patient database.
Url:
DOI: 10.1007/BF02915578
Affiliations:
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Le document en format XML
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<front><div type="abstract" xml:lang="en">Abstract: Use of hospital information systems (HIS) are no longer limited to administrative functions. The addition to these systems of decision support capability is now a necessity. Development of the decision support modules requires a different software architecture than that employed by most HIS systems today. This paper describes the generic uses of decision support throughout the many hospital applications. Several levels of decision support are outlined with examples to illustrate the many areas where decision support is useful. At LDS Hospital in Salt Lake City, Utah we have developed an HIS using a new software architecture which supports the creation of decision support applications. This system uses a frame structure to represent knowledge. Examples of the frames and their syntax is presented. Using the frame tools which are provided, an application developer can easily develop and test decision support modules which interact directly with the clinical user and the patient database.</div>
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