基于容器的宽带射频局放检测系统算法集成设计
王颖舒1, 谢荣斌1, 余信甫1, 戴雯菊1, 吴玉柱1,田文锋2
(1 贵州电网有限责任公司贵阳供电局,贵州 贵阳 550081;
2 中国电力科学研究院有限公司,江苏 南京 210003)
摘 要:为了更好地支持空间射频脉冲信号智能检测终端对干扰、局放缺陷脉冲信号特征及其提取算法的自我学习和动态升级,结合智能检测终端面临的多传感器融合、资源受限、信息实时处理等情况,基于轻量级 Docker 容器技术架构原理,将局放检测算法通过轻量级容器进行开发、发布、部署、运行等,并采用轻量级容器的多代理资源调度,实现宽带射频局放检测系统的资源智能调度与算法的持续迭代,支撑了宽带射频脉冲信号检测和实时分析装置的研制与应用。
关键词: 局部放电;局放检测;空间射频;聚类分析算法;轻量级容器
中图分类号:TM93 文献标识码:A 文章编号:2097-6623(2026)01-0061-06
Algorithm Integration Design of Broadband RF Partial Discharge
Detection System Based on Containers
WANG Ying-shu1, XIE Rong-bin1, YU Xin-pu1, DAI Wen-ju1, WU Yu-zhu1, TIAN Wen-feng2
(1 Guizhou Power Grid Co., Ltd. Guiyang Power Supply Bureau, Guiyang 550081, China;
2 China Electric Power Research Institute Co., Ltd., Nanjing 210003, China)
Abstract: In order to better support the self-learning and dynamic upgrading of spacel RF pulse signal intelligent detection terminal for interference,partial discharge defective pulse signal features and its extraction algorithm. In light of the situations faced by intelligent detection terminals, such as multi-sensor fusion, resource constraints, and real-time information processing. Based on the technical architecture principle of lightweight Docker containers, the partial discharge detection algorithm is developed, released, deployed, and run through lightweight containers. Moreover, the multi-agent resource scheduling of lightweight containers is adopted to achieve intelligent resource scheduling and continuous algorithm iteration of the broadband radio frequency partial discharge detection system. It has supported the development and application of broadband radio frequency pulse signal detection and real-time analysis devices.
Key words: partial discharge; partial discharge detection; space RF; clustering analysis algorithms; lightweight container
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