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CHROMOSOME ANALYSIS SYSTEM FOR DIAGNOSIS OF RADIATION EXPOSURE BASED ON DEEP LEARNING

机译:基于深度学习的辐射曝光诊断染色体分析系统

摘要

The present invention relates to a chromosome reading system for diagnosing radiation exposure based on deep learning, comprising: a first neural network for recognizing a chromosome; A second neural network for recognizing abnormal and overlapping chromosomes among the chromosomes; An analysis unit including a first analysis unit for analyzing the number of chromosomes and a second analysis unit for analyzing the number of abnormal and overlapping chromosomes among the analyzed chromosomes; And a reading unit that determines the chromosome as unreadable, normal or abnormal based on the result values of the first analysis unit and the second analysis unit. By using the chromosome reading system for diagnosis of radiation exposure, it is possible to read the radiation-exposed chromosome with a high accuracy of 80% or more while reducing the reading time by 1/10 compared to the prior art.
机译:本发明涉及一种基于深度学习诊断辐射曝光的染色体读取系统,包括:第一神经网络,用于识别染色体;第二神经网络,用于识别染色体中的异常和重叠染色体;一种分析单元,包括用于分析染色体的数量的第一分析单元和用于分析分析的染色体中的异常和重叠染色体的数量的第二分析单元;和一个读取单元,其基于第一分析单元和第二分析单元的结果值来确定染色体的染色体,正常或异常。通过使用染色体读取系统进行辐射曝光的诊断,可以通过高精度读取辐射暴露的染色体,其与现有技术相比将读取时间降低1/10。

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