| dc.description.abstract | Due to the progress of civilization brought about by the global economic growth and aging, the diabetes grow up yearly. According to Statistics by International Diabetes Federation, IDF, the worldwide population of diabetes will grow from 430 million to 560 million people from 2010 to 2030, and the prevalence will grow from 6.4% to 7.7%. So, the industry of blood glucose monitoring meter will develop in the future. The oligopoly about 96 %blood glucose monitoring meter market by international companies, the competition is fierce. In addition to the effective integration of the key core technology, outstanding R&D capability, and cost advantage for Taiwan manufacturer, the key to success is how to improve efficiency by a ＂quality certification ＂ approach , successfully to achieve certification of medical equipment , and to accelerate time to market process in order to garb market opportunities.
In this study, we use integer linear programming to analyze D Company of validation exception information of each model glucose meter software product for the period of three years from January 1, 2013 to December 31, 2015 to find out the conditions of the target test combinations.Experiments indicate that, by the method we establish, not only reducing test project to improve the efficiency of software test , but also ensuring a certain level of test coverage .In the future, introducing this method into automation can be provided to the relevant research and development and quality assurance unit of reference for standardized tests and recommendations. | en_US |