Handbook of medical informatics
The purpose of the Handbook is to provide a systematic overview of medical informatics for medical students and nursing students, for physicians, nurses, and other health care professionals, and for students in other areas, such as informatics and computer science. The handbook has been organized systematically. The 37 chapters are grouped into three main clusters that are subdivided into nine parts: the first cluster deals with data: 1) The transformation from data into information. 2) The processing and storage of data in computers. 3) The acquisition of data from patients. The second cluster describes the different types of systems in medicine and health care: 4) Patient-centered information systems. 5) Systems for knowledge and decision support. 6) Systems that are used to support institutions such as hospitals. The third cluster pertains to methodological aspects of medical informatics and is intended to be used for more advanced or specialized education. The third cluster contains: 7) The methodology for information processing. 8) The methodology for information systems. 9) Medical informatics as aprofession and academic discipline.
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Systematization of Computer Applications
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amplitude analysis applications areas aspects ATC code beam Bemmel biosignals Chapter classification clini clinical clinician communication complex computed tomography computer system concepts contains data entry data model database DBMS decision-support systems defined described detection devices diagnostic disease domain drug DSSs EDIFACT electronic Erasmus University Rotterdam example Figure frequency function hospital Hospital Information Systems human image processing information systems input instance integrated interaction interpretation knowledge laboratory magnetic mation measures medical imaging medical informatics medicine ment methods module monitoring nursing object observations ontology organization Panel paper-based parameters patient data physicians pixels possible primary problems procedures programs protocols radiotherapy retrieval sample screen Section semantic sender signal SNOMED specific speech recognition standard statistical storage stored structure Table techniques therapy tion tissue user interfaces X-ray
Augenmotilitätsstörungen: Computerunterstütze Diagnose und Therapie
Siegfried Priglinger,Michael Buchberger
No preview available - 2004
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