Critical Variable Partitioning for Reconfiguration of Mobile Devices

Abstract

Now a days multimedia application has increased in handheld devices and these applications needs a lot of power to operate. Power consumption is an important issue in these handheld devices, the problem starts when user feels that a device is running out-of-power. Dynamic reconfiguration of mobile devices to optimize power according to user is an active area for research. Further the remote reconfiguration of mobile devices is feasible only when Request Processing Time i.e. time required in sending the request, processing at remote server, transmission of new bit stream to mobile device and reconfiguration of mobile device as per the requested quality (RqoS) must be less. This is achieved through the static optimizations which greatly reduce the processing and response time of the server. The results available during static analysis and preprocessing are reduced further with the help of the Huffman compression. This will not only reduce the run time analysis of the application but also helps in optimizing power.