Zhou Z, Ackerman E, Gatewood L
Micropopulation Simulation Resource, University of Minnesota, Minneapolis 55455.
Proc Annu Symp Comput Appl Med Care. 1991:674-8.
The feasibility of using an expert system to support intervention studies within CRISPERS was investigated. A prototype expert system named CRISPERT was designed to accept user inputs, adjust the values to CRISPERS requirements, start a sequence of simulations, and analyze and interpret the results. The rule-based system was implemented using the expert system development language OPS5 combined with FORTRAN, as well as SAS procedures and DEC VMS system service routines. Results of initial tests suggest that using an expert system as an interface between users and CRISPERS is a viable approach. The development of CRISPERT facilitates the usability of CRISPERS for intervention studies of coronary heart disease.
研究了使用专家系统来支持CRISPERS内干预研究的可行性。设计了一个名为CRISPERT的原型专家系统,用于接受用户输入,根据CRISPERS的要求调整值,启动一系列模拟,并分析和解释结果。基于规则的系统是使用专家系统开发语言OPS5结合FORTRAN以及SAS程序和DEC VMS系统服务例程实现的。初步测试结果表明,使用专家系统作为用户与CRISPERS之间的接口是一种可行的方法。CRISPERT的开发促进了CRISPERS在冠心病干预研究中的可用性。