肺炎的临床研究:人工智能的作用

T. Wiemken, R. Kelley, William A. Mattingly, J. Ramirez
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引用次数: 2

摘要

肺炎临床研究涉及到肺炎患者研究新知识的创造和传播。临床研究的过程可以概括为四个步骤:研究计划、研究实施、数据分析和研究结果传播。在数据分析的第三步中,通常检查数据以确定自变量(例如预测变量或模型中的其他变量)和因变量(例如结果)之间是否存在关联。对数据的检查采用两种方法:1)临床分析和2)统计分析。在临床分析中,对数据进行评估以确定生物学合理性和临床重要性。在统计分析过程中,为了假设检验的目的,通常对数据进行评估以定义统计显著性,这种方法被称为“频率统计”[1]。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Clinical Research in Pneumonia: Role of Artificial Intelligence
Clinical research in pneumonia involves the creation and dissemination of new knowledge studying patients with pneumonia. The process of clinical research can be summarized in four steps: planning the study, performing of the study, analyzing the data, and disseminating study results. During the third step of data analysis, data are often examined to define if associations exist between independent variables (e.g. predictor variable or other variables in the model) and the dependent variable (e.g. outcome). This examination of the data is performed using two types of methods: 1) clinical analysis and 2) statistical analysis. During clinical analysis, the data are evaluated to define biological plausibility and clinical importance. During statistical analysis, the data are commonly evaluated to define statistical significance for the purposes of hypothesis testing, an approach termed ‘frequentist statistics’ [1].
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