Development of Comprehensive Evaluation System on a level of semi-health

半健康水平综合评价体系开发

• 批准号: 10680045
• 负责人: YAMAZAKI Hideo
• 金额: $ 1.92万
• 依托单位: TOKYO METOROPOLITAN UNIVERSITY
• 依托单位国家: 日本
• 项目类别: Grant-in-Aid for Scientific Research (C)
• 财政年份: 1998
• 资助国家: 日本
• 起止时间: 1998 至 1999
• 项目状态: 已结题
• 来源: https://kaken.nii.ac.jp/grant/KAKENHI-PROJECT-10680045/
• 关键词: semi-health; QOL; evaluated scale; structure of condition; auto-processing system; 半健康

The survey data derived from 886 samples (30 to 60 years old) was classified into two groups based on "semi-health multi-dimensional standard". One was semi-health group (369 samples) and another was good-health group (517 samples). Then the principal component analyses were applied to 47 items regarding subjective symptoms and 9 items regarding consciousness-behavior, respectively. The interpretation to each 1st principal component based on each eigen vector values. They indicated the constructive scales of semi-health condition and structured the multi-dimensional space on semi-health from quantitative aspect. It was found 3 phases that are interpreted with subjectivity, objectivity and direction on 3 dimensional space. And eight characteristic patterns as the evaluation of semi-health condition were derived from its spatial structure. Furthermore, using the Hayashi's quantification method type II, six variables, such as factors of consciousness-behavior, past medical history, blood … More pressure, BMI (Body Mass Index), age and se, contributed to the semi-health discrimination. The linear function derived the sample scores of the Hayashi's quantification method type II was presented as an index of semi-health level. Also, the computer program that executed the processing about a level of semi-health condition from a dialogue-procedure aspect was developed. Visual Basic as program language and Windows98 as Operating System were adopted to edit the programming. The program was composed of the following processing steps. The first step was the data input procedure. It was included survey type selection, attribute data input, body size and vital sign data input, consciousness-behavior data input, and subjective symptoms data input. The second step was the analyzed processing procedure. It was included the computation process by a computer. The third step was the result display procedure. It will be able to assess the semi-health condition from the viewpoint of the multi-dimensional scaling with the dialogue computer processing and the comprehensive evaluating. Less

886个样本（30岁至60岁）的调查数据根据“半健康多维度标准”分为两组。一组为半健康组（369 个样本），另一组为健康组（517 个样本）。然后分别对47个主观症状项目和9个意识行为项目进行主成分分析。基于每个特征向量值对每个第一主成分的解释。他们指出了半健康状况的建设性尺度，从定量的角度构建了半健康的多维空间。发现了在三维空间上用主观性、客观性和方向性来解释的三个阶段。并根据半健康状态的空间结构推导出八种特征模式作为半健康状态的评价。此外，使用林氏量化方法II型，意识行为因素、既往病史、血压、BMI（身体质量指数）、年龄和se等六个变量导致了半健康歧视。将林氏量化方法II型的样本分数导出的线性函数作为半健康水平的指标。此外，还开发了从对话程序方面执行关于半健康状况水平的处理的计算机程序。采用Visual Basic作为程序语言，Windows98作为操作系统来编写程序。该程序由以下处理步骤组成。第一步是数据输入程序。包括调查类型选择、属性数据输入、体型和生命体征数据输入、意识行为数据输入、主观症状数据输入。第二步是分析加工过程。它包括计算机的计算过程。第三步是结果显示程序。通过对话计算机处理和综合评价，可以从多维度尺度的角度评估半健康状况。较少的