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A Framework for Adoption of Open Knowledge Driven-Manufacturing Execution System

机译:采用开放式知识驱动制造执行系统的框架

摘要

Open Knowledge Driven – Manufacturing Execution System (OKD-MES) is a comprehensive software solution for all activities in shop floor level. Like any other software system, it comes with packages of code. Adoption of OKD-MES means adoption of technologies like web services as a standard of communication, controllers with web capabilities, Service Oriented Architecture (SOA), Ontologies in manufacturing etc. OKD-MES adoption in whole and part inspires the modern industries to move towards a digital world. Wide spread adoption of OKD-MES is possible when the user can identify the value in the system with clear metrics. The actors of this system come from different sections of the industry hence, information delivery plays a crucial role in the adoption process. OKD-MES has a layered architecture hence, a layer-by-layer adoption methodology is proposed. For every layer, guidelines, manuals and organized training contents are prepared to provide the user a working knowledge of the architecture, communication between layers, devices, etc. It is believed that training of every aspect of the system is essential for the adoption process. A use case approach is followed to provide developers, engineers and students a chance to understand working of the system. Tutorials are prepared from the obstacle faced in developing such a system. Pedagogical techniques are identified to facilitate the adoption process in both technical and commercial groups. The guideline and training materials are validated with participants from different groups and their concerns are addressed in the training materials. An attempt has been made to capture the users verbatim with the help of a feedback procedure. This framework strives to initiate and maintain the process of adoption of OKD-MES.
机译:开放知识驱动的制造执行系统(OKD-MES)是适用于车间所有活动的综合软件解决方案。像任何其他软件系统一样,它带有代码包。采用OKD-MES意味着采用诸如通信标准的Web服务,具有Web功能的控制器,面向服务的体系结构(SOA),制造中的本体论等技术。OKD-MES的采用在整体上并在一定程度上激发了现代行业向数字世界。当用户可以使用清晰的指标识别系统中的值时,可以广泛采用OKD-MES。该系统的参与者来自行业的不同部门,因此,信息传递在采用过程中起着至关重要的作用。 OKD-MES具有分层架构,因此,提出了一种逐层采用方法。对于每一层,都准备了指南,手册和有组织的培训内容,以向用户提供有关体系结构,各层,设备之间的通信等方面的工作知识。人们认为,对系统的各个方面进行培训对于采用过程至关重要。遵循用例方法,为开发人员,工程师和学生提供了了解系统工作原理的机会。教程是从开发此类系统时遇到的障碍准备的。确定了教学技术,以促进技术和商业团体的采用过程。指南和培训材料得到了来自不同群体的参与者的验证,培训材料中解决了他们的疑虑。试图借助反馈程序来逐字捕获用户。该框架致力于启动和维护OKD-MES的采用过程。

著录项

  • 作者

    Chakraborti Ananda Shankar;

  • 作者单位
  • 年度 2017
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  • 原文格式 PDF
  • 正文语种 en
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