CAJ | 학술논문

为了实现对多种型号数字示波器的集中控制，提高大型实验中示波器数据采集效率，采用统一的层次化系统结构，将系统分为设备层、硬件设备驱动层、设备抽象层、FEP(前端处理器)设备服务层、应用服务层和表示层，实现了基于网络的不同型号数字示波器远程集中控制软件平台。对于新型的数字示波器及数据采集(DAQ)板卡、科学级 CCD 相机等其他诊断设备，只需要开发一个驱动接口即可加入到系统中，易于扩展设备。
위료실현대다충형호수자시파기적집중공제，제고대형실험중시파기수거채집효솔，채용통일적층차화계통결구，장계통분위설비층、경건설비구동층、설비추상층、FEP(전단처리기)설비복무층、응용복무층화표시층，실현료기우망락적불동형호수자시파기원정집중공제연건평태。대우신형적수자시파기급수거채집(DAQ)판잡、과학급 CCD 상궤등기타진단설비，지수요개발일개구동접구즉가가입도계통중，역우확전설비。
In order to improve the efficiency of data acquisition in large-scale scientific experiment, a web-based integrated control software platform is developed to realize the remote centralized control for various types of digital oscilloscopes. A unified hierarchical system structure is proposed to reduce the developing difficulty and increase the extensibility, which divides the system into six layers—the device layer, the hardware device driver layer, the device abstraction layer, the FEP(Front End Processor) device service layer, the application service layer and the presentation layer. The new type of digital oscilloscope can be added to the integrated control software platform easily by developing a driver interface, and it is the same to other diagnostic equipments, such as DAQ(Data Acquisition) card and scientific grade CCD(Charge coupled Device) camera. The application of this system shows that, the system integration method introduced in this paper is suitable for large-scale physics experiment data acquisition and control system, and the web-based integrated control software platform can improve the operation efficiency of experiment significantly.