基于系统的工程结构模型系统的云实验室

L. Horváth
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引用次数: 5

摘要

本文介绍了Óbuda大学应用信息与应用数学博士学院(DSAIAM)在研究中引入最新虚拟工程技术的新尝试。应用信息学和应用数学在工业工程活动中的作用日益增强,该计划包括从虚拟工程的最新成果中阐述新主题和主题,建立虚拟实验室环境,开发实验模型以验证学生的研究成果。到目前为止,先进的工业产品都是由智能系统操作的。工程活动依赖于系统工程、智能信息学和应用数学,在工程决策中协调理论和经验,并将基础、工程问题解决和产品相关研究与工业产品开发活动相结合。在通用工业产品的整个创新和生命周期中,由相同的复杂模型系统服务于工程师活动是应对上述变化的唯一行之有效的方法。工程建模系统正在等待为上述目的集成建模能力。DSAIAM决定扩展其研究项目,服务于上述应用信息学和应用数学新工程。智能工程系统实验室正在为新项目进行升级。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Laboratory in Cloud for Model Systems of System Based Engineering Structures
This paper is about a program which a new attempt to introduce latest virtual engineering technology in research at the Doctoral School of Applied Informatics and Applied Mathematics (DSAIAM), Óbuda University. The program which includes elaboration of new topics and subjects from latest achievement in virtual engineering and establishing virtual laboratory environment to develop experimental models to verify student research results is motivated by increased role of applied informatics and applied mathematics in industrial engineering activities. By now, advanced industrial product is operated by smart systems. Engineering activities rely upon systems engineering, intelligent informatics, and applied mathematics, harmonizing theory and experience at engineer decisions, and integrating fundamental, engineering problem solving, and product related research with activities of product development in industry. As the only proven way to cope with the above changes engineer activities are served by the same complex model system during whole innovation and life cycle of generic industrial product. Engineering modeling systems are awaited to integrate modeling capabilities for the above purpose. DSAIAM decided to extend its research program serving the above new engineering in applied informatics and applied mathematics. Laboratory of Intelligent Engineering Systems is being upgraded for the new program.
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