使用基于internet的可互操作工作流组织微处理器设计过程

N. Q. Trung, A. Kokoszka, K. Siekierska, A. Pawlak, D. Obrebski, Norbert Lugowski
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引用次数: 2

摘要

本文提出了一种基于工作流技术的分布式团队大型系统设计新方法。所应用的技术引入了跨计算平台和组织边界的设计工具之间的互操作性。它们提高了广域工程协作的质量。在从电子设计工程师的角度对应用工作流技术的选定方面进行了简短的讨论之后,介绍了基于internet的IP组件分布式设计过程,重点介绍了微处理器设计的具体元素。作为一个例子,我们提出了一个工作流,它支持选定的IP设计任务的集成和互操作性,表示为工作流活动的并行和串行集。设计过程中使用的工作流程是为泛欧项目e - college的设计任务集成而开发的。它们可以被在多个站点、多个平台上工作的分布式团队有效地采用,用于远程项目管理。
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Organization of a microprocessor design process using Internet-based interoperable workflows
The paper presents a new approach towards large system design in distributed teams based on a workflow technology. The techniques applied introduce interoperability among design tools across computing platforms and organization borders. They result in an improved quality of wide area engineering collaboration. After a short discussion about selected aspects of the applied workflow technology from an electronic design engineers' perspective, an Internet-based distributed design process of IP components with emphasis on specific elements of microprocessor designs is introduced. As an example, we present a workflow that enables integration and interoperability of selected IP design tasks, represented as parallel and serial sets of the workflow activities. The workflows that were employed in the design process had been developed for the purpose of design task integration in the pan-European project E-Colleg. They can be effectively adopted by distributed teams working on multiple sites, multiple platforms for remote project management.
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