流体计算中间件:为移动互联网带来应用的流动性

D. Bourges-Waldegg, Yann Duponchel, M. Graf, M. Moser
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引用次数: 23

摘要

流体计算中间件允许应用程序数据像液体一样在设备之间流动。中间件基于模型-视图-控制器设计模式,将设备集合转换为协作平台,并为应用程序编程人员提供适当的抽象,以使用通用数据管理服务,例如任意数据结构的数据复制和同步。从管理这种潜在的复杂性中解脱出来,程序员可以专注于开发新的应用程序功能。特别是,他们可以编写应用程序,通过依赖于流体实时乐观复制机制,在设备和连接度之间无缝转换。通过将焦点从网络和设备转移到数据,流体计算实现了新的交互范例,用户可以透明地从任何设备访问和操作他们的数据。这样,应用程序就变成了多设备——这一特性既可以应用于单用户场景,也可以应用于协作场景。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The fluid computing middleware: bringing application fluidity to the mobile Internet
The fluid computing middleware allows application data to flow, as a liquid, between devices. The middleware, based on the model-view-controller design pattern, transforms a collection of devices into a cooperative platform and provides application programmers with appropriate abstractions to use generic data management services, such as data replication and synchronization of arbitrary data structures. Relieved from managing this underlying complexity, programmers can focus on developing new application functionality. In particular, they can program applications that seamlessly transition between devices and connectivity degrees, by relying on the fluid real-time optimistic replication mechanism. By shifting the focus from the network and devices to the data, fluid computing enables new interaction paradigms, where users can access and manipulate their data from any of their devices transparently. Applications, then, become multidevice - a characteristic that can be applied to both single-user and collaboration scenarios.
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