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Enabling Cooperative Computing for Android-Based Mobile Platforms

机译:在基于Android的移动平台上启用协作计算

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Mobile devices nowadays has become more popular than ever, but mobile applications still suffer from limitations of available resources imposed by the platforms. Offloading mobile application to a virtual machine deployed on cloud server is one feasible solution. However, this method appears to be effective only for the cases of running stand-alone applications and is not able to achieve cooperative computing across platform boundary. In attempting to address the issue, we consider cross-platform IPC (Inter-Process Communication) to be an essential capability toward achieving cooperative computing at application level and expand the IPC mechanism of Android-based system to be the foundation of building a collaborative and cooperative working environment. This new IPC mechanism is called XBinder. The main contribution of this work is providing a way for mobile applications to cooperate with local or remote services without developing complicate network transmission mechanism. Mobile applications are able to effectively and efficiently communicate with services which execute either on local node or remote node.
机译:如今的移动设备比以往任何时候都更加流行,但是移动应用程序仍然受到平台施加的可用资源的限制。将移动应用程序卸载到部署在云服务器上的虚拟机是一种可行的解决方案。但是,此方法似乎仅对运行独立应用程序有效,并且无法跨平台边界实现协作计算。在尝试解决该问题时,我们认为跨平台IPC(进程间通信)是在应用程序级别实现协作计算的必要功能,而将基于Android的系统的IPC机制扩展为构建协作和协作的基础。合作的工作环境。这种新的IPC机制称为XBinder。这项工作的主要贡献是为移动应用程序提供了一种与本地或远程服务协作的方式,而无需开发复杂的网络传输机制。移动应用程序能够与在本地节点或远程节点上执行的服务进行有效和高效的通信。

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