NEURONET: A Distributed Real-Time System for Monitoring Neurophysiologic Function in the Medical Environment

Authors:
Don Krieger;Gerald Burk;Robert J. Sclabassi
Affiliations:
Children's Hospital, Pittsburgh, PA;Children's Hospital, Pittsburgh, PA;Univ. of Pittsburgh, Pittsburgh, PA
Venue:
Computer - Special issue on computer-based medical systems
Year:
1991

Citing 3
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Abstract

A specific medical application, namely repair of a narrow aorta in children, served by Neuronet, a large software package integrated with 80 computer workstations and instrumentation, is considered to demonstrate the offline and real-time capabilities of the package. An overview of the system is given, and a case example is presented. The system's remote capabilities, signal processing, user interface, and database are discussed. Reliability and upgradeability are considered.