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A Modular Data Link Layer (M-DALL) for NEXT GEN Mobile Terminals enabling wireless aware applications: A platform independent software design

机译:用于下一个Gen移动终端的模块化数据链路层(M-DALL),可实现无线感知应用程序:平台独立软件设计

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Present 3G Mobile Devices are often supports multiple communication technologies. If software developers want to control the configuration or monitor the characteristics of active Radio Access Technologies (RATs), their mobile applications will have to use different programming interfaces for each technology on various supported platform. We propose Modular Data Link Layer M-DALL for a NEXT GEN Mobile Terminal to abstract common metrics and introduce a single interface for retrieving radio link layer information. M-DALL offers a flexible query interface and a powerful notification mechanism to application layer that enable applications to become link-aware. The M-DALL also compromises common data functionality that is extended through specific parts of a dedicated RATs like GPRS, UMTS, CDMA2K and WLAN that could serve as a basis for existing and future Protocol stack development through Reusable software components. The M-DALL also provides enhanced Services like handover, data storage and a method of power consumption. The evaluation of these enhanced services by means of analysis, simulations and prototyping is a topic of ongoing and future work. Additionally, special attention was paid to keep the M-DALL extendible for emerging networking technologies.
机译:现在的3G移动设备通常支持多种通信技术。如果软件开发人员想要控制配置或监视活动无线电接入技术(RAT)的特征,则它们的移动应用程序必须为各种支持的平台上的每种技术使用不同的编程接口。我们向下一个Gen移动终端提出模块化数据链路层M-DALL,以抽出常用度量,并引入单个接口,用于检索无线电链路层信息。 M-Dall为应用程序层提供灵活的查询接口和强大的通知机制,使能应用程序成为链接感知。 M-DALL还损害了通过专用大鼠的特定部分扩展的常见数据功能,例如GPRS,UMTS,CDMA2K和WLAN,其可以通过可重用的软件组件作为现有和未来协议堆栈开发的基础。 M-Dall还提供了增强的服务,如切换,数据存储和功耗方法。通过分析,模拟和原型设计对这些增强服务的评估是持续和未来的工作的主题。此外,还支付了特别关注以防止M-Dall可扩展为新兴网络技术。

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