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SYSTEM AND METHOD FOR DETECTING RESPIRATORY INSUFFICIENCY OF SUBJECT BREATHING

机译:检测对象呼吸困难的系统和方法

摘要

1. A system configured to detect respiratory failure, the system includes: (a) one or more processors configured to obtain information related to the breathing of the subject and the execution of one or more modules, one or more modules include in itself: (1) a parametric module, configured to determine the respiration parameters of the subject based on information received by the processor, the parameters being determined for each preliminary breath, each pre An inspiratory breath refers to individual inspirations, not to the quality of inspirations, but only to the level of analysis in the identification of respiration, (2) a key parameter module, configured to derive the value for the key parameter of the subject’s breathing for each preliminary breath from the parameters determined by the parametric module, the key parameter is a parameter that cannot be directly extracted from the information received by the processor, the module of the key parameter additionally includes an artificial neural set b, which models the relationship between a predetermined set of respiration parameters and a key parameter, in response to entering the respiration parameters of a given inspiration, an artificial neural network displays the value for a key parameter for a given inspiration, and (3) a classification module that is capable of determining respiratory respiratory failure subject as real or artifact, by comparing the derived value of the key parameter with a predetermined threshold, and classifying, in response to the comparison, individual
机译:1.一种配置为检测呼吸衰竭的系统,该系统包括:(a)一个或多个处理器,配置为获取与受试者的呼吸以及一个或多个模块的执行有关的信息,一个或多个模块本身包括:( 1)参数模块,配置为基于处理器接收到的信息确定受试者的呼吸参数,该参数是针对每个初步呼吸,每次预先确定的。吸气呼吸是指各个吸气,而不是吸气的质量,而是仅在呼吸识别中的分析水平上,(2)关键参数模块,配置为从参数模块确定的参数中得出每个初次呼吸的受试者呼吸关键参数的值。不能直接从处理器接收的信息中提取的参数,关键参数模块还包含一个伪指令响应于输入给定吸气的呼吸参数,模拟神经组b来模拟一组预定的呼吸参数和关键参数之间的关系,人工神经网络显示给定吸气的关键参数的值,以及(3)分类模块,其能够通过将关键参数的导出值与预定阈值进行比较并且响应于该比较而对个体进行分类,从而能够将呼吸呼吸衰竭对象确定为真实或伪像。

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