AIwlr~tmThe problem of finding a unit in/-/~, i.e. an function the inverse of which is also/-/~, which interpolates to given points in the right-half plane has important applications in a number of feedback stabilization problems, i.e. strong stabilization and simultaneous stabilization. An algorith
A counter example for the conjecture in ‘an algorithm for interpolation with units in H∞’
✍ Scribed by Vijay V. Patel; K.B. Datta
- Publisher
- Elsevier Science
- Year
- 1995
- Tongue
- English
- Weight
- 93 KB
- Volume
- 31
- Category
- Article
- ISSN
- 0005-1098
No coin nor oath required. For personal study only.
✦ Synopsis
It is conjectured by
Dorato et al. [Automatica, 25, 427-430 (1989)
], that the algorithm given by them for interpolation with units in H,, gives the lowest possible degree unit. A counter example presented in this technical communication shows that this is not the case for real as well as complex interpolation data.
📜 SIMILAR VOLUMES
restriction that the double layer thickness (k 01 ) was small Knowledge of the electrical potential distribution is an essential compared with the capillary radius r c . Rice and Whitehead basis for analyzing the flow behavior of electrolytes in a charged (2) extended Smoluchowski's results to narro
This paper deals with the problem of makespan minimization in a flow shop with two machines when the input buffer of the second machine can only host a limited number of parts. Here we analyze the problem in the context of batch processing, i.e., when identical parts must be processed consecutively.
## Abstract We comment on the paper [Song et al., J. Comput. Chem. 2009, 30, 399]. and discuss the efficiency of the orbital optimization and gradient evaluation in the Valence Bond Self Consistent Field (VBSCF) method. We note that Song et al. neglect to properly reference Broer et al., who publis
## Abstract Let T=ℝ×(‐1,1) and &ℴ⊂ℝ^2^ be a smoothly bounded open set, closure of which is contained in __T__. We consider the stationary Navier–Stokes flows in $\Omega {:=} T \backslash \bar{\scriptstyle{O}}$. In general, the pressure is determined up to a constant. Since Ω has two extremities, we