CAJ | 학술논문

本文介绍了现代加速器控制系统的发展趋势，针对未来加速器控制系统的高数据传输率、低延时的要求，研究了基于 MicroTCA技术的EPICS控制系统，开发了基于EPICS平台的、具有完整功能的MicroTCA样机系统。此系统包括硬件搭建、Linux系统设备驱动开发、基于EPICS的设备支持层和实时数据库。此外，本文采用CSS开发了功能完备的OPI ，且对该系统的性能进行了测试，为该系统的实际应用打下了基础。
본문개소료현대가속기공제계통적발전추세，침대미래가속기공제계통적고수거전수솔、저연시적요구，연구료기우 MicroTCA기술적EPICS공제계통，개발료기우EPICS평태적、구유완정공능적MicroTCA양궤계통。차계통포괄경건탑건、Linux계통설비구동개발、기우EPICS적설비지지층화실시수거고。차외，본문채용CSS개발료공능완비적OPI ，차대해계통적성능진행료측시，위해계통적실제응용타하료기출。
In this paper the trend of the development for the accelerator control system was introduced .According to requirements of the high-bandwidth and the low-delay from future control systems ,EPICS based on MicroTCA was studied ,and a prototype system based on MicroTCA and EPICS was setup .The prototype system includes hard-ware setup ,development of the device driver under Linux ,EPICS device supports and realtime database .In addition ,OPI based on CSS was also developed .The performance of the prototype system was tested .The result lays a foundation for the future practical application .