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首页> 外文会议>2003 International Symposium on Collaborative Technologies and Systems (CTS-2003); Jan 19-23, 2003; Orlando, Florida, USA >Methods and Tools for Integrated Knowledge -Development of Environmentally Sound Products
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Methods and Tools for Integrated Knowledge -Development of Environmentally Sound Products

机译：集成知识的方法和工具-开发无害环境的产品

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摘要

At the University of Technology Darmstadt, a group of different domain experts from different institutes has been involved in the interdisciplinary research project "Development of Environmentally Sound Products". The first main goal of this project is to gain the knowledge about the physical impacts of a product on the environment during it's entire life. The second main goal is to implement this knowledge in a computer-based system, which will help the product developer design friendly products for our globe. In this effect, one of the major challenges is to develop methods and tools for the integration of expert knowledge. Within this research group (CRC-392: Collaborative Research Center 392), an object-oriented information model, in which the expert knowledge can be formally specified, has been developed. This paper focuses on the development of methods and tools, which support different domain experts implementing their knowledge in the information model concurrently and simultaneously. This does not only require object-oriented modeling technique but also object-oriented programming skills of the experts. An approach has been developed to allow the experts implement their knowledge in programming source code without the programming knowledge.
机译：在达姆施塔特理工大学，来自不同研究所的一组不同领域的专家参与了跨学科研究项目“开发无害环境的产品”。该项目的第一个主要目标是获得有关产品在整个生命周期中对环境的物理影响的知识。第二个主要目标是在基于计算机的系统中实施此知识，这将帮助产品开发人员为我们的地球设计友好的产品。在这种情况下，主要挑战之一是开发用于集成专家知识的方法和工具。在这个研究小组（CRC-392：合作研究中心392）中，已经开发了一种面向对象的信息模型，可以在其中正式指定专家知识。本文着重于方法和工具的开发，这些方法和工具支持不同的领域专家同时并同时在信息模型中实现他们的知识。这不仅需要面向对象的建模技术，还需要专家的面向对象的编程技能。已经开发出一种方法，使专家无需编程知识即可在编程源代码中实现他们的知识。

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