Fast and reliable mobile connections for smartphones

无线通信系统有望从许多不同的智能设备提供与互联网的即时连接。此外，每个智能设备运行多线程应用程序，产生多个并行连接，导致带宽爆炸。在许多情况下，并不是所有的连接都一直处于活动状态，这就需要谨慎的服务纪律来保证服务质量（QoS）和优化的资源管理方案，以便在最短的广播时间内运行。通过可用的异构网络（WiFi、蜂窝网络或femtocell网络）连接/传输的近乎零延迟，以及在QoS和数据速率限制下每个设备的大量连接，对智能手机应用程序开发人员构成了挑战。在本项目中，将使用集成的客户机-服务器通信框架

The wireless communication system is expected to provide instantaneous connectivity to the Internet from many different smart devices. In addition, each smart device runs multithread applications that generate multiple parallel connections causing bandwidth explosion. In many cases, not all the connections are active all the time, that require prudent service discipline to guarantee the contracted quality of service (QoS) and optimized resource management schemes to operate with minimum air time. The near-zero latency for connectivity/transmission through available heterogeneous networks (WiFi, or cellular, or femtocell network) and multitude of connections per device under QoS and data rate constraints pose challenges to the smart phone application developers. In this project, an integrated client-server communication framework will be designed to minimize the access and transmission delay for mobile phone applications. The successful completion of this project will enable the industry partner to further develop distributed and virtual mobile applications for smartphones based on the developed framework.