Background:The study aimed to analyze major underlying factors of the subhealth condition evaluation and find the optimization model.Methods:Selected 524 cases of health state and 453 cases of subhealth state from the...Background:The study aimed to analyze major underlying factors of the subhealth condition evaluation and find the optimization model.Methods:Selected 524 cases of health state and 453 cases of subhealth state from the research objects.A genetic algorithm was applied to discover the optimization model.The decision tree algorithm was used to find the main performance in the areas of physical,psychological,and social adaptation in the two populations which were the health state and the subhealth state.Conclusions:To establish the optimization model,the author would set up a curve-fitting equation between reduction of health self-assessment score(S-G1)and white blood cell(WBC)value in routine blood,so as to establish the relationship between S-G1 and WBC and found the approximate minimum solution of each equation.Besides,the author would analyze the differences between two populations in WBC examination to seize the difference.Revealed the differences of two populations in the areas of physical,psychological,and social adaptation by data mining and got the result that WBC of"the health state population"was higher than that of"the sub-health state population"in the index changes of WBC.The problem in social adaptation area of the subhealth state population was more serious in degree than the health state population;the reason was complex.If WBC of the health state population was near or below 5.5079,the object may be in the state of subhealth.However,if WBC was near or below 4.35,it is possible to enter the"morbid state."展开更多
基金supported by Chinese “Disease” Sub-health Medicine ResearchIntervention of the Eleventh Five-Year Science and Technology+6 种基金Support Project of China (No. 2006BAI13B01)Financial Support Case Studies of Traditional Chinese Medicine Treatment of Disease and Health Management Ideas of Shanghai Health Bureau (No. 2010227) Scientific Innovation Research Funds of Shanghai Municipal Education Commission (No. 14YZ061)Teacher Academic Community Fund of Shanghai University of Traditional Chinese Medicine (No. 2013JXG03)Chinese Culture and Its Core Value System Modernization Transformation of the National Social Science Funds (No. 12AZD094)Shanghai Traditional Chinese Medicine Science and Technology Innovation Project (No. ZYKC201601002)Science and Technology Tackling Project of Health Qigong Management Center of State General Administration of Sports (No. G2018010)
文摘Background:The study aimed to analyze major underlying factors of the subhealth condition evaluation and find the optimization model.Methods:Selected 524 cases of health state and 453 cases of subhealth state from the research objects.A genetic algorithm was applied to discover the optimization model.The decision tree algorithm was used to find the main performance in the areas of physical,psychological,and social adaptation in the two populations which were the health state and the subhealth state.Conclusions:To establish the optimization model,the author would set up a curve-fitting equation between reduction of health self-assessment score(S-G1)and white blood cell(WBC)value in routine blood,so as to establish the relationship between S-G1 and WBC and found the approximate minimum solution of each equation.Besides,the author would analyze the differences between two populations in WBC examination to seize the difference.Revealed the differences of two populations in the areas of physical,psychological,and social adaptation by data mining and got the result that WBC of"the health state population"was higher than that of"the sub-health state population"in the index changes of WBC.The problem in social adaptation area of the subhealth state population was more serious in degree than the health state population;the reason was complex.If WBC of the health state population was near or below 5.5079,the object may be in the state of subhealth.However,if WBC was near or below 4.35,it is possible to enter the"morbid state."
