Approximate Controllability of Neutral Functional Differential Systems with State-Dependent Delay

This paper deals with the approximate controllability of semilinear neutral functional differential systems with state-dependent delay. The fractional power theory and α-norm are used to discuss the problem so that the obtained results can apply to the systems involving derivatives of spatial variables. By methods of functional analysis and semigroup theory, sufficient conditions of approximate controllability are formulated and proved. Finally, an example is provided to illustrate the applications of the obtained results.

NONDENSELY DEFINED IMPULSIVE NEUTRAL FUNCTIONAL DIFFERENTIAL INCLUSIONS WITH NONLOCAL CONDITIONS

In this paper,using a fixed point theorem for condensing multi-valued maps,we investigate the existence of integral solutions to a class of nondensely defined neutral evolution impulsive differential inclusions with nonlocal conditions in Banach spaces.

含有非线性半群的非凸值泛函微分包含

本文研究Banach空间中含有非线性半群的非凸值泛函微分包含，证明了积分解的存在性，得到一个新的存在性定理．

时滞依赖状态的半线性微分包含的可控性分析

利用Dhage多值映射不动点定理结合算子半群理论,在公理化定义的相空间上,研究一类非局部初始条件下时滞依赖状态的半线性微分包含的可控性。

非线性抛物型微分包含积分解的生存性及正则性

研究Banach空间中受极小映射扰动的非线性抛物型微分包含积分解的生存性及正则性.利用非线性半群及极小映射的性质和不动点定理,证明其积分解的生存性,获其积分解之间按Housdorff距离的连续性.借助Lip-schitz条件、绝对连续函数的性质及Banach空间的自反严格凸性,获其积分解的唯一性且是强解.所获结果对受此类微分包含约束的分布参数最优控制问题的探讨奠定理论基础,同时有助于研究相关的非线性微分包含。