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Computation intelligence for knowledge representation based higher education courses

机译:基于知识表示的高等教育课程的计算智能

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Engineering systems include computation intelligence and knowledge representations with dynamically developing theoretical, methodological, and systemic background. This means that the wished case study and project based education of engineers can be extended to theory, methodology, and systemic parts of curriculum. A new requirement is to bring not only originally laboratory hours but also lectures and seminars into engineering systems. In this paper, a recent approach is introduced to realize the above purpose in higher education courses. An introduction to the role of computation intelligence in engineering is followed by a model of integration of course programs in knowledge based engineering modeling. Finally, the integrated engineering and course process is discussed and the course unit is defined in order to prepare the above integration.
机译:工程系统包括具有动态发展的理论,方法和系统背景的计算智能和知识表示。这意味着可以将希望的案例研究和基于项目的工程师教育扩展到理论,方法论和课程的系统部分。一个新的要求是不仅将最初的实验室时间,而且还将讲座和研讨会引入工程系统。本文介绍了一种在高等教育课程中实现上述目标的最新方法。在介绍计算智能在工程中的作用之后,介绍了基于知识的工程建模中课程计划集成的模型。最后,讨论了集成工程和课程过程,并定义了课程单元以准备上述集成。

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