This paper studies discrete impulsive hybrid systems. The comparison principle and uniform stability are established for such hybrid systems. Moreover, the attraction region is estimated. As applications, the comparison principle is used to study the robust stability problem for linear interval discrete impulsive hybrid systems and a class of nonlinear uncertain discrete impulsive hybrid systems.

Telecommunication networks of the future are believed to involve systems that will work on different technologies, such as WiFi, WiMAX, 2G/3G, LTE, and satellite. In order to efficiently orchestrate the working of the different technologies, the idea of hybrid networks is being seriously considered. The chief driving factor is to facilitate and then exploit the cooperation of different wireless...

the cytoplasmic male sterile (cms) lines that are used in production of hybrid seeds in three-line system often get contaminated with their maintainer lines. using such impure cms lines in rice hybrid seed production lead to un-uniformity and yield loss in hybrid rice. laborious and time consuming phenotypic evaluations are used for elimination of off-type plants in cms multiplication farms. th...

In this paper we provide a mathematical characterization of systems that con tain analog components as well as strongly time depended control components and rather time independent information processing components The presented system model is based on the notion of streams and stream processing functions It is used to formalize and integrate the semantics of di erent description tech niques t...

Systems subject to (continuous) physical effects and controlled by (discrete) digital equipments, are today very common. Thus, many realistic domains where planning is required are represented by hybrid systems, i.e., systems containing both discrete and continuous values, with possibly a nonlinear continuous dynamics. The PDDL+ language allows one to model these domains, however the current to...

The hybrid control systems considered here consist of a continuous-time plant under the control of a discrete event system. Communication between the plant and controller is provided by an interface which can convert signals from the continuous domain of the plant to the discrete, symbolic domain of the controller, and vise-versa. When designing a controller for a hybrid system, the designer ma...