摘要
建模与仿真在许多领域得到越来越广泛、深入的应用,模型与仿真本身的准确性和置信度越来越受到人们的关注,也就是VV&A日益重要。该文结合分析建模与仿真的过程,在分析了VV&A的层次与结构的基础上,重点从三个方面剖析、比较了建模V&V与仿真V&V的不同:第一,历史发展和内在本质;第二,考察对象和应用的方法;第三,思维特点。这些比较分析,促进了更好地理解二者的差异。最后给出了所研究的结论,期望对VV&A工作起到指导作用。
<Abstrcat>Modeling and simulation has been widely, deeply used in many fields. The accuracy and credibility of models and simulations are drawn more and more attention, that is to say, VV&A is getting more important. This paper analyses the hierarchy and structure of VV&A based on the process of modeling and simulation, then analyzes and comprises the difference between modeling and simulation in emphasis in three aspects: first, history development and inherent nature; second, objects examined and methods applied; third, thinking characteristics. This comparison makes us understand them better. Lastly, the conclusions are drawn, expecting to guide how to do VV&A.
出处
《计算机仿真》
CSCD
2005年第5期60-62,70,共4页
Computer Simulation
基金
武器装备综合论证研究所专项经费支持。
