record.view.types.journal-article external.repositories.badge: orcid
Robust control of depth of anesthesia based on H∞ design
Archives of Control Sciences
Archives of Control Sciences
— 2013 — Polish Academy of Sciences Chancellery
Key information
record.authors:
fields.record.dateIssued.label
5amte.12e3/1/2013per0.0o0ent.for0amt.yeamr.0ont12.5amy
fields.record.abstract.label
<jats:title>Abstract</jats:title> <jats:p> This paper presents a case study on the design of a robust controller for the depth of anesthesia (DoA) induced by the drug propofol. This process is represented by a linear model together with a non-parametric uncertainty description that is evaluated using a patient model bank with 20 patients undergoing sedation.</jats:p> <jats:p>By using H∞ methods, the controller is aimed to comply with robust stability and performance specifications for the class of patient models considered. A minimization problem of sensitivity and complementary sensitivity is made to design the controller. The controller that results from this procedure is approximated by a controller with a lower order, that in turn is redesigned in discrete time for computer control application. The resulting controller is evaluated in simulations using a realistic nonlinear model of DoA.</jats:p>
Publication details
record.authors.institution:
fields.record.version.label
VoR - fields.record.version.values.VoR
fields.record.publisher.label
Polish Academy of Sciences Chancellery
fields.record.citationTitle.label
Archives of Control Sciences
fields.record.citationStartPage.label
41
fields.record.citationEndPage.label
59
fields.record.citationVolume.label
23
fields.record.citationIssue.label
1
fields.record.issn.label
1230-2384
fields.record.doi.label
fields.record.languageIso.label
eng - fields.record.languageIso.values.eng
fields.record.rights.label:
fields.record.rights.values.metadata-only-access