Goal operationalization-based multi-engine collaboration architecture
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摘要: 基于目标操作化的域原子操作模型,研究分析了面向应用目标的系统设计与实现的基本问题,通过引入解释引擎,提出了面向目标的形式模型与应用软件设计实现的一体化机制;在系统级应用中间件之上,引入组件服务,提出了一个通过处理操作作业流实现目标的、多个操作服务引擎协作的体系结构,通过构造组件适配器,以满足操作服务引擎对异构组件服务的一致性访问.Abstract: The goal operationalizational domain atomic operational model was proposed to analyze the essential problems in realizing goal-oriented system designand implementation. The interpreting engine was introduced to propose an integrative method for the goal-oriented formal model and software design and implementation. Above the system level middleware, the component service was introduced to propose a multi-engine architecture which deals with the task flow to realizethe goal. A component adaptor was implemented, by which operational service engine can access heterogeneous component service consistently.
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Key words:
- software engineering /
- software /
- goal operationalization /
- domain atomic operation /
- multi-engine /
- information-bus
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[1] Geir M H, Guttorm S. On the purpose of object-oriented analysis . ACM OOPSLA'93 . Washington D C:ACM Press,1993. 240~255 [2] Roger S P. Software engineering:a practitioner's approach [M].5th ed. New York:McGraw-Hill, 2001 [3] Letier E, Van Lamsweerde A. Deriving operational software specifications from system goals . Proceedings FSE'10-10th ACM S1GSOFT Symp on the foundations of software engineering . Charleston,2002 [4] Dick S. Assessing business processes with actor activity diagramming . In:Khowrowpour. Managing Information Technology in a Global Environment . Hershey:Idea Group Publishing,2001 -
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