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Demystifying Ambiguity inThe Design of Amorphous Systems

机译:消除非晶系统设计中的歧义

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Designing amorphous systems is challenging because of the broad scope of the task.rnThe design team must integrate various solution elements, such as hardware, software, service, andrninfrastructure, while resolving the communication challenges among differentrndomain-experts. This research begins with the observation that, at the onset of an amorphousrnsystem-oriented project, design teams struggle because they are limited to knowledge of fewerrnthan 4 of the 6 W's (Who, What, Where, When, Why, How); rather than having detailed functionalrnor structural specifications as is the case with hardware or software products. The proposedrnscenario-based approaches enable design teams to effectively deal with ambiguity and torncommunicate their ideas among team members and managers, as well as with customers through arncommon language. Based on the Scenario-based Design for Amorphous Systems, methods such asrnthe Scenario Graph and the Scenario Menu help design teams through the exploration stage of arnnew system development. A case-study from industry demonstrates how a multi-disciplinaryrndesign team extracted high-level functions and requirements from scenarios dealing with anrnopen-ended project theme. The integrated framework of Scenario-based Design for AmorphousrnSystems guides the design teams in visualizing and organizing scenarios and making decisions inrnorder to define an amorphous system.
机译:由于任务的范围很广,因此设计非晶系统具有挑战性。设计团队必须集成各种解决方案元素,例如硬件,软件,服务和基础架构,同时还要解决不同领域专家之间的沟通难题。这项研究首先观察到,在面向非晶系统的项目开始之初,设计团队之所以努力,是因为他们只了解不到6 W中的4 W(谁,什么,哪里,何时,为什么,如何);而不是像硬件或软件产品那样具有详细的功能或结构规格。所提出的基于场景的方法使设计团队能够有效地处理歧义,并通过arncommon语言在团队成员和经理之间以及与客户之间撕裂他们的想法。基于基于场景的非晶系统设计,诸如场景图和场景菜单之类的方法可帮助设计团队完成arnnew系统开发的探索阶段。一项来自行业的案例研究表明,一个多学科的设计团队如何从处理无限制项目主题的方案中提取高级功能和需求。基于场景的AmorphousrnSystems设计的集成框架指导设计团队可视化和组织场景,并按无序决策来定义非晶系统。

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