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Proceedings FNC 2015 The 10th International Conference on Future Networks and Communications

机译:FNC 2015会议论文集第十届未来网络与通信国际会议

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Several actors such as human, organization, software applications and hardware units perform our daily activities such as medicalcare, entertainment and so on. We call each daily activity a socio-technical system (STS), and we also call actors except humanand organizations Machines. Human and organizations in an STS become better than ever when new Machines are introduced intothe STS and they are beneficial to human and organizations. Although modelling goal dependencies in such a STS contributes toidentifying beneficial Machines because such a dependency can represent an actor asks some Machine to achieve his own goal.It is however not easy for modelers to describe a correct dependency. We thus proposed and exemplified an extended modellingnotation called Goal Dependency Model with Objects (GDMO) based on strategic dependency (SD) in i*. In GDMO, objectsrelated to a goal in an SD are explicitly specified. Modelers can determine an actor has the right to want the goal to be achievedbecause relationships between the actor and the objects such as ownership clarify the right. They can also determine another actorhas the ability to achieve the goal. In addition, relationships among objects, i.e. a domain model, can suggest missing SDs, and theboundary of an STS can be determined without omission.
机译:人,组织,软件应用程序和硬件部门等多个角色执行我们的日常活动,例如医疗,娱乐等。我们称日常活动为社会技术系统(STS),我们也称演员为人类和组织以外的机器。当将新机器引入STS时,STS中的人员和组织变得比以往更好,它们对人员和组织都有利。尽管在这样的STS中对目标依赖性进行建模有助于识别有益的机器,因为这种依赖性可以表示参与者要求某个机器实现自己的目标,但是对于建模人员而言,描述正确的依赖性并不容易。因此,我们基于i *中的战略依赖关系(SD)提出并举例说明了一种扩展的建模符号,称为带有对象的目标依赖模型(GDMO)。在GDMO中,明确指定了与SD中的目标相关的对象。建模者可以确定演员有权要求实现目标,因为演员和对象之间的关系(例如所有权)阐明了该权利。他们还可以确定另一位演员具有实现目标的能力。另外,对象之间的关系(即域模型)可以建议丢失SD,并且可以不遗漏地确定STS的边界。

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