Titlebook: Impulsive Systems on Hybrid Time Domains; Xinzhi Liu,Kexue Zhang Book 2019 Springer Nature Switzerland AG 2019 impulsive systems.time scal

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Stability in Terms of Two Measures of Impulsive Systems on Time Scalesn time scales are introduced and formulated in Section 8.1. In Section 8.2, several stability criteria in terms of two measures are derived for nonlinear impulsive systems on time scales, by establishing a new comparison result. As applications, nonlinear impulsive control problems of continuous and

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Exponential Stability of Impulsive Time-Delay Systems on Time Scalessive time-delay systems on time scales. In Section 9.2, global exponential stability is discussed and sufficient conditions are provided by using Lyapunov-Razumikhin technique. Exponential stability is studied in Section 9.3 by the method of Lyapunov functionals. Stability results presented in this

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Control Problems on Time Scalesrvability of impulsive time-varying linear systems, and presents the controllability and observability results. In Section 10.2, pinning synchronization of linear dynamical networks (DNs) on time scales is studied. A pinning impulsive control scheme that takes into account time-delay effects is pres

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Conclusions and Future Directionsave been studied. Particular emphasis has been given to impulsive systems with time-delay and subject to delay-dependent impulsive effects. In this chapter, we highlight the contributions of this book, and suggest possible future research related to the topics considered in the book.

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2947-258X rn classical theory. It assembles twenty heavily discussed papers on joint production and fixed capital, choice of technique and technical progress, composition of output and the relation between classical, neoclassical and keynesian economics. There is a broad new introduction. The chapter on the c

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Performance of an Autonomous Energy Harvesting Wireless Sensorta. The equilibrium between random energy, random data and random leakage results in an interesting performance analysis of these small but ubiquitous systems as a whole. A discussion is also provided about the effect of transmission errors.