分段仿射混杂系统可达性研究综述
Reachability analysis of piecewise affine hybrid systems
混杂系统是由离散事件系统与连续系统相互作用形成的一种动态系统。许多的实际系统,例如嵌入式系统、网络系统、机器人系统、电力系统等,都可以用混杂系统来描述。混杂系统理论是控制科学、计算机科学和数学等学科相互结合的产物。分段仿射混杂系统是一类特殊的混杂系统,通常由一组线性仿射系统及多面体作用域组成。分段仿射混杂系统的可达性问题起源于安全性问题,即判断系统轨迹是否会进入不安全区域。之后逐步扩展到判断系统是否可以在有限时间内通过特定的路径到达最终状态,或者寻找满足给定时序逻辑指标的全部可行初始状态集。本文综述了分段仿射混杂系统可达性理论的最新研究成果,并展望其研究方向。
Hybrid system is a kind of dynamical systems consisting of discrete event systems and continuous systems. Many practical systems, e.g., embedded systems, network systems, robotics, and power systems, can be formulated by such hybrid systems. The theory of hybrid systems is an interdiscipline of control theory, computer science and mathematics. Piecewise affine hybrid systems is a special kind of hybrid systems, consisting of linear affine systems and polyhedral domains. The reachability problem was oriented from safety problems, i.e., checking whether the trajectory will enter unsafe regions. Afterward, it focus on the problems: Can the trajectories enter final set in finite time within specific path region, or what is the largest set such that a temporal logic specification can be satisfied. The paper surveys the recent results on reachability of piecewise affine hybrid systems, and gives a perspective for the future research.
刘妹琴、颜钢锋
自动化基础理论计算技术、计算机技术
分段仿射混杂系统可达性综述
Piecewise affine hybrid systemsreachabilitysurvey
刘妹琴,颜钢锋.分段仿射混杂系统可达性研究综述[EB/OL].(2009-05-13)[2025-08-11].http://www.paper.edu.cn/releasepaper/content/200905-295.点此复制
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