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Concept for an integrated product and process development of electric drives using a knowledge-based system

机译：使用基于知识的系统进行电驱动的集成产品和过程开发的概念

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The development and production of electric drives as mechatronic products involve several engineering domains. With increasing complexity of the individual parts, frequently shifting customer requirements and ever shorter development cycles, integrated approaches are continuing to grow in importance. In this context, an interdisciplinary design methodology supports in mastering complexity and in creating independence from project managers' varying competencies. There are already more general approaches for mechatronic products and approaches covering the entire electric car. However, for electric drives, whether used in cars or industrial automation, no comprehensive knowledge-based approach considering product as well as production-related aspects has yet been established. Due to the interdisciplinary expertise needed for an integrated product and process development, it is necessary to manage the extensive domain knowledge by means of a sophisticated information system. Hence, this paper will provide a concept for a knowledge-based system supporting the product and process development of electric drives. As part of a basic consideration the presented approach focuses on the key component of such a system - the knowledge base. Therefore, suitable knowledge representation methods are evaluated, followed by the selection of the most appropriate one to fulfil the underlying requirements. Thereafter, the type of database for the system's implementation is chosen. Finally, the adequately modeled knowledge base is transferred to the database in an exemplary manner.
机译：作为机电产品的电驱动器的开发和生产涉及多个工程领域。随着各个部分的复杂性不断提高，客户需求频繁变化以及开发周期越来越短，集成方法的重要性不断提高。在这种情况下，跨学科的设计方法可以帮助您掌握复杂性并与项目经理的各种能力建立独立性。机电产品和覆盖整个电动汽车的方法已经有了更通用的方法。然而，对于用于汽车或工业自动化中的电驱动器，尚未建立考虑产品以及与生产有关的方面的基于知识的综合方法。由于集成产品和过程开发需要跨学科的专业知识，因此有必要通过复杂的信息系统来管理广泛的领域知识。因此，本文将为支持电动产品和过程开发的基于知识的系统提供一个概念。作为基本考虑的一部分，提出的方法着重于这种系统的关键组件-知识库。因此，评估合适的知识表示方法，然后选择最合适的知识表示方法以满足基本要求。此后，选择用于系统实现的数据库类型。最后，以示例方式将经过充分建模的知识库转移到数据库中。

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