時 間:
Traditional system analysis and design approaches seem insufficient to model healthcare systems, given their complexity, the presence of uncertainty, and scale. To overcome these difficulties a System-of-Systems (SoS) approach is adopted. In this talk, a methodological framework for modeling healthcare systems and devising strategies that improve the health level of a population is presented. The problem is formulated as a nonlinear programming model in which the objective is to optimize the population’s health level, appropriately defined, taking into account several constraints. Specifically, given an amount of money to be allocated by a government, local or national, taking into account population growth and medical facilities’ constraints, an allocation strategy is devised to various levels of the healthcare system so that a proxy of life expectancy for a given population is maximized. The resulting policies could improve the sustainability of healthcare systems, and, consequently the well-being of people and the overall sustainability of corresponding countries.
主講人介紹:
Yannis A. Phillis 1973年在希臘雅典國家技術大學取得機電工程學士學位,并在1978年、1979年和1980年分別獲得美國加州大學洛杉磯分校碩士學位、工程師學位和博士學位。
Yannis A. Phillis教授1980年-1986年在美國波士頓大學工作,1986年起在希臘克里特工業大學工作,曾擔任12年校長職務,發表學術論文120余篇、4部專著,是美國科學促進會(AAAS)院士。
他的研究興趣集中在隨機控制、離散事件系統以及生產控制與環境系統中的應用問題。