一个综合的项目规划环境

G. Winstanley, Michael A. Chacon, R. Levitt
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引用次数: 8

摘要

复杂工程产品的生命周期涉及许多学科,每一个学科都负责设计到生产过程中的一个阶段或阶段。并行工程原则能够将传统上完全不同的小组聚集在一起。然而,为了促进产品和工艺信息的基本共享,需要提供一个能够支持设计师、生产工人和管理人员的各种要求的公共环境,同时确保保持沟通和适当的支持。本文描述了基于模型的建筑业规划研究。该系统的核心是一个特定类型建筑的中央通用计算机模型和一个基于知识的系统,该系统能够在约束满足过程中应用工程知识,从而导致计划的建筑活动序列。环境包括中央表示和推理机制,象征性计算机辅助设计设施,以及商业项目规划和管理系统。本文详细介绍了我们在“现实生活”建设项目规划中开发和应用环境的经验。
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An integrated project planning environment
The life-cycle of complex engineering products involves many disciplines, each of which is responsible for a stage, or phase, in the design-to-production process. Concurrent engineering principles are capable of bringing together the traditionally disparate groups involved. However, in order to facilitate the essential sharing of product and process information, there is a need to provide a common environment capable of supporting the various requirements of designers, production workers and managers while ensuring that communication and appropriate support is maintained. This paper describes model-based planning research in the construction industry. At the heart of the system are a central generic computer model of a certain type of construction and a knowledge-based system able to apply engineering knowledge in the constraint satisfaction process, leading to a planned sequence of construction activities. The environment comprises the central representation and reasoning mechanism, a symbolic computer-aided design facility, and a commercial project planning and management system. The paper details our experiences in developing and applying the environment in the planning of ‘real-life’ construction projects.
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