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介绍了HL-2M装置控制系统的静态架构、动态行为、控制理论以及模拟仿真。设计采用通讯网络将各控制子系统有机地连接起来，以实现各子系统的实时通讯和控制。等离子体放电控制系统将保证实验的各种参数达到预定要求，监控系统的故障处理机制可以减少各种实验异常对装置造成破坏，磁场控制系统的各种控制器则用来控制等离子体电流和位形，模拟仿真系统可以实现方便地验证控制器的目的。

Conceptual design of HL-2M tokamak control system

The static architecture, dynamic behavior, control theory and simulation of HL-2M tokamak control system are described. The real-time network will be build for the communication of real-time control among its subsystems and universal timing system will be build to guarantee the synchronization among the subsystems. The duty to achieve preprogrammed parameters is carried out by plasma discharge control. In order to reduce the damage made by discharge exception, the error-handling mechanism of supervision system is considered. The controllers of magnetic control system are designed to control the current, shape and position of plasma and simulation system is designed for testing the controllers.