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Developing a Multi-agent Architecture at the Computational Level to Transform Human-Oriented Solutions into Computer-Based Artefacts

机译:在计算级别开发多主体体系结构,将以人为本的解决方案转变为基于计算机的人工制品

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We have proposed elsewhere [1] that a framework for human-centred systems development can be conceptualised to encompass the four main components in its design, consisting of the activity-centred analysis component, problem solving ontology component, transformation ontology, and the multimedia interpretation component. This paper elaborates on the framework further at the computational level. At the computational level, the characteristics of software models such as object-oriented, agent, and intelligent technology are examined and their modelling strengths are integrated with the problem solving ontology and the multimedia interpretation. The outcome of this integrated reinforcement is a multi-agent architecture, which represents the transformation agent component of the framework (on the computational level). Some of the emerging characteristics of the architectural framework worth mentioning include human-centredness, task orientation, distributedness, reliability and flexibility of methods used to accomplish tasks.
机译:我们在其他地方提出了建议[1],以人为中心的系统开发框架可以被概念化以包含其设计中的四个主要组件,包括以活动为中心的分析组件,问题解决本体组件,转换本体和多媒体解释。零件。本文在计算层面进一步阐述了该框架。在计算级别上,检查了诸如面向对象,代理和智能技术之类的软件模型的特性,并将它们的建模优势与问题解决本体和多媒体解释结合在一起。这种集成增强的结果是多主体体系结构,它代表了框架的转换主体组件(在计算级别上)。值得一提的架构框架的一些新兴特征包括以人为本,任务导向,分布性,可靠性和用于完成任务的方法的灵活性。

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