摘要
HIRFL-CSR工程对CSRe冷却装置电子冷却部分的控制系统在实时性和可靠性方面提出了非常高的要求。电子冷却工作环境复杂,各种干扰难以预测。从电子冷却的控制系统改进出发,以实现电子冷却的自动调束为目标,以高端FPGA和ARM嵌入式系统为基础,采用P2P通讯技术和神经元网络算法来实现对电子冷却的自动控制。该控制系统对电子冷却控制的完善提供了先进的硬件平台和软件实现方案。
In the HIRFL-CSR project, it needs the high performance requirement in real time and reliability for the control system of CSRe’s cooling equipment——Cooler. Simultaneously, the running environment of the Cooler is very complex and it is difficult to predict various kinds of interference. To solve these problems, we focus on the improvement on the control system of the Cooler. The high performance FPGA and ARM embedded systems are used to realize the beam commissioning automatically, and the P2P（Peer to peer） technology and the neural network algorithm are adopted to implement the automatic control of the Cooler. The system provides the advanced hardware platform and the design proposal for the cooling control system.
出处
《原子核物理评论》
CAS
CSCD
北大核心
2010年第2期170-173,共4页
Nuclear Physics Review
基金
国家九五大科学工程冷却储存环项目(06HIRFL200)~~
关键词
电子冷却
磁场电源
神经网络
嵌入式系统
electron cooling
magnet power-supply
neural network
embedded system
