Title :
NeuroNet: collaborative intraoperative guidance and control
Author :
Sclabassi, Robert J. ; Krieger, Donald ; Simon, Robert ; Lofink, Ray ; Gross, Greg ; DeLauder, Donald M.
Author_Institution :
Dept. of Neurological Surgery, Pittsburgh Univ. Sch. of Med., PA, USA
fDate :
1/1/1996 12:00:00 AM
Abstract :
Neurophysiological monitoring assesses CNS structure function relationships during surgery. NeuroNet supports remote performance of this task through real time multimodal data processing and multimedia network communication. The system is fully integrated, transparently combining the collection, processing, and presentation of real time data sources, including all physiological monitoring functions, with non real time functions and extensive online database information. Workstations are mounted in instrumentation racks and configured with appropriate electronics to support various data acquisition tasks including electroencephalograms (EEGs), electromyograms (EMGs), and multimodality evoked potentials. Multiple racks can be used in parallel on the same case if the number of variables to be monitored exceeds the capacity of a single tack. The data acquired on these systems is transparently accessible, in real time, across the network for both review and analysis
Keywords :
computer networks; data acquisition; medical computing; multimedia communication; multimedia computing; neurophysiology; patient monitoring; real-time systems; CNS structure function relationships; EEGs; EMGs; NeuroNet; collaborative intraoperative guidance; data acquisition tasks; electroencephalograms; electromyograms; instrumentation racks; multimedia network communication; multimodality evoked potentials; neurophysiological monitoring; non real time functions; online database information; physiological monitoring functions; real time data sources; real time multimodal data processing; remote performance; workstations; Biomedical monitoring; Collaboration; Communication system control; Data processing; Multimedia communication; Multimedia databases; Real time systems; Remote monitoring; Surgery; Workstations;
Journal_Title :
Computer Graphics and Applications, IEEE