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Interoperability framework for communication between processes running on different mobile operating systems

机译:用于不同移动操作系统上运行的进程之间的互操作性框架

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As we live in an era where mobile communication is everywhere around us, the necessity to communicate between the variety of the devices we have available becomes even more of an urge. The major impediment to be able to achieve communication between the available devices is the incompatibility between the operating systems running on these devices. In the present paper we propose a framework that will make possible the ability to inter-operate between processes running on different mobile operating systems. The interoperability process will make use of any communication environment which is made available by the mobile devices where the processes are installed. The communication environment is chosen so as the process is optimal in terms of transferring the data between the mobile devices. The paper defines the architecture of the framework, expanding the functionality and interrelation between modules that make up the framework. For the proof of concept, we propose to use three different mobile operating systems installed on three different types of mobile devices. Depending on the various factors related to the structure of the mobile devices and the data type to be transferred, the framework will establish a data transfer protocol that will be used. The framework automates the interoperability process, user intervention being limited to a simple selection from the options that the framework suggests based on the full analysis of structural and functional elements of the mobile devices used in the process.
机译:当我们生活在移动通信到处都是我们周围的一次时代,我们可用各种设备之间沟通的必要性将成为更多的冲动。能够在可用设备之间实现通信的主要障碍是在这些设备上运行的操作系统之间的不兼容。在本文中,我们提出了一个框架,这将使能够在不同移动操作系统上运行的进程之间进行间隙的能力。互操作性进程将利用任何通信环境,该环境由安装进程的移动设备提供。选择通信环境,以便在转移移动设备之间的数据方面,该过程是最佳的。本文定义了框架的架构,扩展了构成框架的模块之间的功能和相互关系。对于概念证明,我们建议使用三种不同类型的移动设备上安装的三种不同的移动操作系统。根据与移动设备结构相关的各种因素和要传输的数据类型,框架将建立将使用的数据传输协议。该框架自动化互操作性进程,用户干预被限制在框架建议的选项中的简单选择,该选项基于该过程中使用的移动设备的结构和功能元素的完全分析。

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