Parameter Optimized Event Detection for NILM Using Frequency Invariant Transformation of Periodic Signals (FIT-PS)

Pirmin Held, Daniel Weißhaar, S. Mauch, D. Abdeslam, Dirk Benyoucef
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Abstract

This paper describes the optimization of parameters of an event detection method for Non-Intrusive Load Monitoring (NILM). The input signal consisting of voltage and current was processed with FIT-PS. An event detection method is presented with regard to the adjustable parameters. For parameter optimization the methods simulated annealing and pattern search are used. By using automatic parameter optimization methods, previous results based on manually selected parameters can be significantly improved up to 11.5 %. In the runtime investigation, pattern search has clear advantages over simulated annealing for comparable or better results. In addition, it is possible in the future to adapt this method very quickly to other boundary conditions.
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基于周期信号频率不变变换(FIT-PS)的NILM参数优化事件检测
本文介绍了一种非侵入式负荷监测(NILM)事件检测方法的参数优化。由电压和电流组成的输入信号用FIT-PS进行处理。提出了一种基于可调参数的事件检测方法。参数优化采用模拟退火和模式搜索两种方法。采用自动参数优化方法,可将以往基于人工选择参数的结果显著提高11.5%。在运行时调查中,模式搜索与模拟退火相比具有明显的优势,可以获得类似或更好的结果。此外,将来有可能使这种方法非常迅速地适应其他边界条件。
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