14-18 October 2013
Amsterdam, Beurs van Berlage
Europe/Amsterdam timezone

The Design and Realization of the Distributed Data Sharing System of the Detector Control System of the Daya Bay Neutrino Experiment

14 Oct 2013, 15:00
Grote zaal (Amsterdam, Beurs van Berlage)

Grote zaal

Amsterdam, Beurs van Berlage

Poster presentation Data acquisition, trigger and controls Poster presentations




The Daya Bay reactor neutrino experiment is designed to determine precisely the neutrino mixing angle θ13 with the sensitivity better than 0.01 in the parameter sin22θ13 at the 90% confidence level. To achieve this goal, the collaboration has built eight functionally identical antineutrino detectors. The detectors are immersed in water pools that provide active and passive shielding against backgrounds. The experiment has been taking data for almost 1.5 years and making steady progress. Eight antineutrino detectors are taking data now in 3 experimental halls. And the first results have already been released. The detector control and monitoring system(DCS) was developed to support the running experiment. And according to the difference of different hardware systems, such as high voltage crates, front end electronic crates, water system, gas system, low voltage crates, temperature and Humidity of the environment system etc., different data acquisition(DAQ) modules are developed. A global control system is developed to monitor and control the entire running status of the whole experiment. Sharing data from the subsystems are most important for both equipment monitoring and data analysis. This paper will present the design and the realization of a distributed data sharing system used in the Detector Control System of the experiment. The interface of the embedded DAQ of the sensors and the communication logic will be show in details. The integration of the developed remote control framework will be introduced as well. Key words:Daya Bay, Neutrino, Detector Control System, Embedded System, Data Acquisition, Distributed Sharing Data System, Remote Control

Primary author



Mr Shuhua ZHANG (IHEP) Mr Xiaofeng DU (IHEP)

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