Proper, denominator assigning feedback compensators equivalent to state variable feedback
MetadataShow full item record
For linear, time-invariant, stabilizable multivariable systems, we examine the problem of the existence and computation of proper denominator assigning and internally stabilizing feedback compensators, which give rise to a closed-loop system, whose transfer function matrix is equal to one that can be obtained by the action of state variable feedback. We establish a sufficient condition for the solution of this problem for the class of systems with the same number of inputs and outputs and non-singular transfer function matrix with all its zeros located in the open left half of the complex plane.
Showing items related by title, author, creator and subject.
Giridharan, Beena; Gopalai, Alpha; Krishnan, Murali; Lau, Crystal (2013)This paper reports from an ongoing study investigating students’ attitudes towards computer mediated audio feedback. There is adequate research evidence to support the notion that feedback affects student learning positively, ...
Jiwa, Moyez; Walters, S.; Mathers, N. (2004)BACKGROUND: General practitioners (GPs) select few patients for specialist investigation. Having selected a patient, the GP writes a referral letter which serves primarily to convey concerns about the patient and offer ...
Li, S.; Zhu, Y.; Ellis, Rod (2016)The article reports on a study investigating the comparative effects of immediate and delayed corrective feedback in learning the English past passive construction, a linguistic structure of which the learners had little ...