NUCLEAR TECHNIQUES, Volume. 48, Issue 5, 050002(2025)
A prototype system for intelligent accelerator operation monitoring at CSNS based on machine learning
Fig. 1. System architecture design of the CSNS intelligent operation attendant
Fig. 2. Distribution of RCS dipole magnet power amplitude variation and its set values (the upper curve represents the measured values, while the lower curve represents the set values)
Fig. 3. Illustration of different data types in accelerator systems (a) Distribution of RFQ reflected power, (b) Beam profile captured by the multi-wire target near the window
Fig. 4. Distribution comparison of normal and abnormal vectors (a) Normal vector distribution, (b) Abnormal vector distribution
Fig. 5. Example of anomalies successfully detected only by the clustering algorithm (not detected by autoencoder or isolation forest)
Fig. 6. Example anomaly detection results for other cooling water temperature data
Fig. 7. Detection results of the clustering model on dc power supply fault data
Fig. 8. Distribution of power supply PV and targeting power during abnormal DC power supply conditions (top curve: current error of LRWBPS01 power supply, bottom curve: beam targeting power)
Fig. 9. Detection results of the clustering model on resonant power supply fault data
Fig. 11. Detection results of the clustering model on cooling temperature fault data
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Na PENG, Yuliang ZHANG, Sinong CHENG, Yongcheng HE, Hao MEI, Lin WANG, Kangjia XUE, Mingtao LI, Xuan WU, Peng ZHU, Weiling HUANG. A prototype system for intelligent accelerator operation monitoring at CSNS based on machine learning[J]. NUCLEAR TECHNIQUES, 2025, 48(5): 050002
Category: Special Topics on Applications of Machine Learning in Nuclear Physics and Nuclear Data
Received: Dec. 19, 2024
Accepted: --
Published Online: Jun. 26, 2025
The Author Email: Yuliang ZHANG (张玉亮)