학술논문

Online control of d-tubocurarine induced muscle relaxation: A simulation study
Document Type
Original Paper
Source
Medical and Biological Engineering and Computing. November 1983 21(6):710-717
Subject
Control
Identification
Least squares
Muscle relaxants
Simulation
State estimation
Language
English
ISSN
0140-0118
1741-0444
Abstract
A self-tuning algorithm is presented for the online control of muscle relaxation. Although some patient parameters were fixed at a mean value determined by offline analysis of patient data, certain parameters have been explicitly identified online. In addition the patient states are estimated and are used by a novel controller to bring an unrelaxed patient to some desired level of paralysis and maintain it. Simulations show that a twitch depression of 80% can be achieved in less than 20 min using d-tubocurarine without excessive overdosage.