It is shown that, if a linear system is asymptotically null-controllable with bounded controls, then, when subject to both actuator position and rate saturation, it is semi-globally stabilizable by linear state feedback. If, in addition, the system is also detectable, then it is semi-global stabiliz
Semi-global stabilization of discrete-time linear systems with position and rate-limited actuators
β Scribed by Zongli Lin
- Publisher
- Elsevier Science
- Year
- 1998
- Tongue
- English
- Weight
- 115 KB
- Volume
- 34
- Category
- Article
- ISSN
- 0167-6911
No coin nor oath required. For personal study only.
π SIMILAR VOLUMES
This paper deals with the problem of semi-globally stabilizing a linear system in the presence of input additive uncertainties and disturbance using actuators that have imperfect input output characteristics. The input output characteristics of the actuators used include those of dead zone and satur
In this paper we present a technique to stabilize discrete-time linear systems with bounded inputs. Based on optimal control techniques, we construct a continuous bounded state feedback which leads to global asymptotic stabilization for the case where the open-loop system has all its eigenvalues wit
This paper deals with the problem of global stabilization of linear discrete time systems by means of bounded feedback laws. The main result proved is an analog of one proved for the continuous time case by the authors, and shows that such stabilization is possible if and only if the system is stabi
For a continuous-time linear system with saturating actuators, it is known that, irrespective of the locations of the open-loop poles, both global and semi-global finite gain ΒΈN-stabilization are achievable, by nonlinear and linear feedback, respectively, and the ΒΈN gain can also be made arbitrarily