Abstract This article researches the interval‐driven variable convergence rate robust stability/stabilization of uncertain impulsive stochastic systems. First, a new conception stability for systems is presented in conjunction with idea generalized pole configurations. Also, criterion given, which can reflect and regulate system state. In addition, algorithm designed by means an stabilization m...

BACKGROUND Anterior shoulder instability can be a disabling condition for the young athlete; however, the best surgical treatment remains controversial. Traditionally, anterior shoulder instability was treated with open stabilization. More recently, arthroscopic repair of the Bankart injury with suture anchor fixation has become an accepted technique. HYPOTHESIS No systematic reviews have com...

In this paper, we examine a one-dimensional system of equations for discrete gas model (the Godunov–Sultangazin system). The is the Boltzmann kinetic equation consisting three groups particles. model, momentum preserved whereas energy not. We prove existence unique global solution to Cauchy problem perturbation equilibrium state with periodic initial data. For first time, find rate stabilizatio...

This paper develops a view of exchange rate policy as a trade-off between the desire to smooth fluctuations in real exchange rates so as to reduce distortions in consumption allocations, and the need to allow flexibility in the nominal exchange rate so as to facilitate terms of trade adjustment. We show that optimal nominal exchange rate volatility will reflect these competing objectives. The k...

In this paper, global exponential stabilization for chaotic brushless DC motor(BLDCM) is described. Based on Lyapunov theorem and stability theory, we design two controller to realize the global stabilization of BLDCM with exponential convergence rate. Numerical simulations suggest that the motor with the two controllers can converge efficiently.

We discuss in this paper a result concerning the stabilization problem of nonlinear systems under datarate constraints using output feedback. To put the result in a broader context, we shall first review a number of recent contributions on the stabilization problem under data-rate constraints when full-state measurements are available.

This paper presents the first deterministic selfstabilizing network orientation algorithms. We present three protocols for arbitrary and asynchronous networks. All the protocols set up a chordal sense of direction in the network. The protocols are self-stabilizing, meaning that starting from an arbitrary state, the protocols are guaranteed to reach a state, in which all edge labels (assigned to...