A free time impulsive control problem with state constraints and equality and inequality constraints on the trajectory endpoints is considered in this article. After presenting an appropriate solution concept, necessary conditions of optimality in the form a Maximum Principle are stated. An essential feature of these conditions is that they do not degenerate, i.e., they remain informative even for abnormal control processes. These conditions are derived by using a penalty function method
First-order and second-order necessary conditions of optimalityfor an impulsive control problem that...
We present first and second order necessary conditions of optimality for a general class of nonlinea...
We present first and second order necessary conditions of optimality for a general class of nonlinea...
A free time impulsive control problem with state constraints and equality and inequality constraints...
In this article, a free-time impulsive control problem with state constraints and equality and inequ...
In this article, a free-time impulsive control problem with state constraints and equality and inequ...
Abstract. In this article, a free-time impulsive control problem with state constraints and equality...
In this article, we present first and second order necessary conditions of optimality for impulsive ...
We investigate nondegenerate and normal forms of the maximum principle for general, free end-time, i...
We consider optimal impulsive control problems involving constraints on the values of the convention...
An impulsive control problem with state constraints is considered. A Pontryagin maximum principle in...
An impulsive control problem with state constraints is considered. A Pontryagin maximum principle in...
A Maximum Principle is derived for a class of optimal control problems arising in midcourse guidance...
This article concerns necessary conditions of optimality for impulsive control problems with dynamic...
In this chapter, in the context of the impulsive extension of the optimal control problem, the state...
First-order and second-order necessary conditions of optimalityfor an impulsive control problem that...
We present first and second order necessary conditions of optimality for a general class of nonlinea...
We present first and second order necessary conditions of optimality for a general class of nonlinea...
A free time impulsive control problem with state constraints and equality and inequality constraints...
In this article, a free-time impulsive control problem with state constraints and equality and inequ...
In this article, a free-time impulsive control problem with state constraints and equality and inequ...
Abstract. In this article, a free-time impulsive control problem with state constraints and equality...
In this article, we present first and second order necessary conditions of optimality for impulsive ...
We investigate nondegenerate and normal forms of the maximum principle for general, free end-time, i...
We consider optimal impulsive control problems involving constraints on the values of the convention...
An impulsive control problem with state constraints is considered. A Pontryagin maximum principle in...
An impulsive control problem with state constraints is considered. A Pontryagin maximum principle in...
A Maximum Principle is derived for a class of optimal control problems arising in midcourse guidance...
This article concerns necessary conditions of optimality for impulsive control problems with dynamic...
In this chapter, in the context of the impulsive extension of the optimal control problem, the state...
First-order and second-order necessary conditions of optimalityfor an impulsive control problem that...
We present first and second order necessary conditions of optimality for a general class of nonlinea...
We present first and second order necessary conditions of optimality for a general class of nonlinea...