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This paper first applies the sequential cluster method to set up the classification standard of infectious disease incidence state based on the fact that there are many uncertainty characteristics in the incidence course.Then the paper presents a weighted Markov chain,a method which is used to predict the future incidence state.This method assumes the standardized self-coefficients as weights based on the special characteristics of infectious disease incidence being a dependent stochastic variable.It also analyzes the characteristics of infectious diseases incidence via the Markov chain Monte Carlo method to make the long-term benefit of decision optimal.Our method is successfully validated using existing incidents data of infectious diseases in Jiangsu Province.In summation,this paper proposes ways to improve the accuracy of the weighted Markov chain,specifically in the field of infection epidemiology.
This paper first applies the sequential cluster method to set up the classification standard of infectious disease incidence based based on the fact that there are many uncertainty characteristics in the incidence of the course.Then the paper presents a weighted Markov chain, a method which is used to predict the future incidence state. this method assumes the standardized self-coefficients as weights based on the special characteristics of infectious disease incidence being dependent onochastic variable. It also analyzes the characteristics of infectious diseases incidence via the Markov chain Monte Carlo method to make the long -term benefit of decision optimal. Our method is successfully validated using existing incidents data of infectious diseases in Jiangsu Province. In summation, this paper 提要于 improve the accuracy of the weighted Markov chain, specifically in the field of infection epidemiology.