β Scribed by Hertz, D.; Zeheb, E.
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π SIMILAR VOLUMES
The complexity of computation in a multidimensional digital$lter stability test using resultant theory is reduced by exploiting a criterion .for a polynomial having complex co@cients to be a Schur polynomial. The computational advantage is illustrated by nontrivial examples invoIcing polynomials hav
The prevailing framework for robust stability and performance analysis requires that the uncertain system be written as a linear fractional transformation of the uncertain parameters. This problem is algebraically equivalent to the problem of deriving the state space realization for a multidimension
## Abstract The stability margin of a timeβdelay system is formulated via factorization. This paper provides a numerical method for computing the stability margin of timeβdelay linear timeβinvariant systems with delay dependence by using a constrained simulated annealing algorithm. The constrained