摘要:
针对CYCHU-10紧凑型低能强流回旋加速器的实际运行需求,基于有限状态机理论,提出一种层次化的加速器控制系统设计方法,在Simulink环境下利用Stateflow完成系统建模和仿真。仿真结果表明,该设计能全面反映加速器中的动态逻辑关系,可用性及可靠性较强。
关键词:
有限状态机,
CYCHU-10回旋加速器,
控制系统,
Stateflow工具,
系统建模
Abstract:
Aiming at the actual operation requirements of CYCHU-10 cyclotron, based on Finite State Machine(FSM) theory, this paper proposes a hierarchic design method for cyclotron control system, models and simulates the system with Stateflow under Simulink environment. Simulation result indicates that it is easy to reflect the dynamic logic of a complex system with the method, and it has strong usability and reliability.
Key words:
Finite State Machine(FSM),
CYCHU-10 cyclotron,
control system,
Stateflow tool,
system modeling
中图分类号:
胡啸, 秦斌, 李冬, 胡桐宁. 基于FSM的紧凑型回旋加速器控制系统研究[J]. 计算机工程, 2011, 37(14): 251-253.
HU Chi, QIN Bin, LI Dong, HU Dong-Ning. Research on Control System of Compact Cyclotron Based on Finite State Machine[J]. Computer Engineering, 2011, 37(14): 251-253.