Abstract Information related risks exist in power systems and it is visible in system disruption and high voltage conditions. We provide a method to reduce the risk associated to prevent interception. The tasks involve the analysis of energy systems, and detect risk event quantification. We use in this paper the web services of the Service oriented architecture for system planning. This... Information related risks exist in power systems and it is visible in system disruption and high voltage conditions. We provide a method to reduce the risk associated to prevent interception. The tasks involve the analysis of energy systems, and detect risk event quantification. We use in this paper the web services of the Service oriented architecture for system planning. This planning requires database identification and ultimately identify the risks in the energy systems. Read More Read Less

Abstract The programs are developed to detect the bugs while software development to detect the software related bugs. The reactions proposed are normally based on self-hosing environment nad problem dependent. Thus a software developer can introduce the new server version while software development process. The implementation and demand usage with central access is possible using a cloud-based solution with a proper... The programs are developed to detect the bugs while software development to detect the software related bugs. The reactions proposed are normally based on self-hosing environment nad problem dependent. Thus a software developer can introduce the new server version while software development process. The implementation and demand usage with central access is possible using a cloud-based solution with a proper environment. Whenever a new server is introduced it is distributed to all clients. The cloud- based bug reporting has potential and hence we review all such developments in this work. Read More Read Less

Abstract The web service functions largely rely on virtualization techniques and we conducted experiments in this paper. We initially took two samples for testing the commercial virtual environment. The first one consists memory demand and the second is computationally intensive. We employ the testing system with many compartments which consists of host and guest used to transfer web resources among themselves.... The web service functions largely rely on virtualization techniques and we conducted experiments in this paper. We initially took two samples for testing the commercial virtual environment. The first one consists memory demand and the second is computationally intensive. We employ the testing system with many compartments which consists of host and guest used to transfer web resources among themselves. The purpose of this effort is to document the drawbacks so as to ensure less virtualization. Read More Read Less