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Method for Changepoint Detection With Sample Size Accumulation During Radio Equipment Operation

机译:在无线电设备操作期间使用样本大小累积的变换点检测方法

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The operation system determines the efficiency of the intended use of radio equipment.The operation system includes radio equipment, documentation, operational resources, personnel, processes, data processing algorithms, etc.The operation process is associated with conditions of priori uncertainty of models, parameters, external factors, etc.The main element for monitoring is technical condition of radio equipment.In a general case, this condition can deteriorate.The problems of technical condition deterioration analysis can be considered in terms of changepoint study.The present paper concentrates on the problem of synthesis and analysis of method for changepoint detection during radio equipment operation.The detection algorithm is constructed based on Neyman–Pearson criterion with sample size accumulation.During algorithm synthesis the thresholds were calculated according to Bellman’s approach.The problem of synthesis and analysis was solved by two methods: analytically and using statistical modelling.The efficiency measures for this algorithm are the probability of correct detection and mean time of decision making.The proposed algorithm has advantages in mean time of decision making compared with CUSUM detection method.
机译:操作系统确定无线电设备的预期用途的效率。操作系统包括无线电设备,文档,操作资源,人员,过程,数据处理算法等。操作过程与模型的先验条件,参数的先验条件相关联。 ,外部因素等等。监测的主要元素是无线电设备的技术条件。一般情况下,这种情况可能会恶化。在改变点研究方面可以考虑技术条件劣化分析的问题。本文浓缩无线电设备操作过程中改变点检测方法的合成问题。基于Neyman-Pearson标准构造了样本大小累积的检测算法。根据Bellman方法计算算法算法。合成与分析问题通过两种方法解决:分析和使用STA TINACTICENT。该算法的效率措施是正确检测的概率和决策的平均时间。与CUSUM检测方法相比,所提出的算法在决策中的平均时刻具有优势。

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