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首页> 外文期刊>Services Computing, IEEE Transactions on >MUIT: A Domain-Specific Language and its Middleware for Adaptive Mobile Web-Based User Interfaces in WS-BPEL
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MUIT: A Domain-Specific Language and its Middleware for Adaptive Mobile Web-Based User Interfaces in WS-BPEL

机译:MUIT:WS-BPEL中用于自适应移动基于Web的用户界面的领域特定语言及其中间件

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摘要

In enterprise organizations, the Bring-Your-Own-Device (BYOD) requirement has become prevalent as employees use their own mobile devices to process the workflow-oriented tasks. Consequently, it calls for approaches that can quickly develop and integrate mobile user interactions into existing business processes, and adapt to various contexts. However, designing, developing, and deploying adaptive and mobile-oriented user interfaces for existing process engines are non-trivial, and require significant systematic efforts. To address this issue, we present a novel middleware-based approach, called MUIT, to developing and deploying the Mobility, User Interactions and Tasks into WS-BPEL engines. MUIT provides a Domain-Specific Language (DSL) that provides some intuitive facilities to support the declarative development of adaptive, mobile-oriented, and Web-based user interfaces in WS-BPEL. The DSL can significantly reduce developers' manual efforts of developing user interactions by preventing arbitrarily mixed code, and its runtime supports satisfactory user experiences. Additionally, MUIT can be seamlessly integrated into WS-BPEL without intrusions of existing process instances. We implement a proof-of-concept prototype by integrating MUIT into the commodity WS-BPEL-based Apusic Platform, and evaluate the performance and usability of MUIT platform.
机译:在企业组织中,随着员工使用自己的移动设备来处理面向工作流的任务,自带设备(BYOD)要求已变得越来越普遍。因此,它要求能够快速开发并将移动用户交互集成到现有业务流程中并适应各种环境的方法。但是,为现有的流程引擎设计,开发和部署自适应的和面向移动的用户界面并非易事,需要大量的系统工作。为了解决此问题,我们提出了一种新颖的基于中间件的方法,称为MUIT,用于将Mobility,用户交互和任务开发和部署到WS-BPEL引擎中。 MUIT提供了一种特定领域语言(DSL),该语言提供了一些直观的功能来支持WS-BPEL中的自适应,面向移动和基于Web的用户界面的声明式开发。 DSL通过防止任意混合的代码,可以大大减少开发人员进行用户交互的人工工作,并且其运行时支持令人满意的用户体验。此外,MUIT可以无缝集成到WS-BPEL中,而不会干扰现有流程实例。我们通过将MUIT集成到基于WS-BPEL的商品Apusic平台中来实现概念验证原型,并评估MUIT平台的性能和可用性。

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