Smart devices offer plenty of applications which are very power consuming. Number of applications running on smart devices and users are increasing day by day, but battery capacity is not improving with the same pace. This paper describes the implementation of android based Wakelock Tracking and Releasing System (WTRS) that can be used for reducing power consumption on android devices. The WTRS system detects improper behavior of buggy wakelock and releases them in real time environment. The main aim of the work presented is to highlight how power consumption can be reduced in smart device. The key concept of WTRS system is described with the analysis of power consumption and resource utilization on android device. The WTRS system is develop on android operating system by using JAVA programming language. Experiments are performed on android device which shows reduction in power consumption maximum up to 62%.

This paper describes the implementation of a cloud based Xilinx ISE platform that can be used by the users remotely. The Remote Xilinx environment is used to provide remote access to the Xilinx Integrated Software Environment (ISE). The main aim of the research presented is to highlight how users can access FPGA design resources from anywhere in combination with a potential remote FPGA lab. The architecture of the cloud based platform is described with a load analysis for the server. The cloud based approach has been proposed and a comparative analysis is discussed based on the results obtained. The remote environment is developed on the Ubuntu (open source) operating system by using Python and Hypertext Preprocessor (PHP) scripting languages. The open source Apache server is used for running Xilinx environment on a server and open source analysis tools are used to perform server load analysis for running Xilinx environment on the server system.