L1 impulse response error bound for balanced truncation
L1 impulse response error bound for balanced truncation
This paper presents an upper bound in L1 for the impulse response error between a system and its balanced truncation. It is an a priori bound and can be computed easily. Numerical examples are used to illustrate its applications and to compare with other available error bounds. © 1992.
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- University of Hong Kong China (People's Republic of)
- University of Hong Kong (香港大學) China (People's Republic of)
L1-Norm, applications, balanced truncation, Hankel Singular Values, Numerical examples, model reduction, System structure simplification, Model Reduction, Balanced Truncation, error bounds, Hankel singular values, Impulse Response
L1-Norm, applications, balanced truncation, Hankel Singular Values, Numerical examples, model reduction, System structure simplification, Model Reduction, Balanced Truncation, error bounds, Hankel singular values, Impulse Response
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