Design and Analysis of Proposed Remote Controlling Distributed Parallel Computing System Over the Cloud

Cloud computing is one of the technologies that has great applications in this era, especially when it is supplemented by distributed computing and parallel processing then its benefits will be rocketed. The combination of these different technologies gives as the opportunity to access huge computing power remotely from light processing devices such as a normal personal computer, laptop, or even a smartphone. In this paper we proposed requirements and an analysis of a system design for a platform to combine and applying distributed parallel processing via distributed cloud computing that can solve some specific and huge client problems which needs unusual processing power and solving them in a minimum time. Our design consists of number of servers for processing client's tasks in different geographical locations. These tasks related to perform parallel processing operations for distributed loads among the servers, based on cloud computing principles. It is proposed to install some servers in Iraq: Duhok Polytechnic University (DPU) and Slaimani Polytechnic University (SPU), while some others to be located in Turkey: Firat University. The system is totally automated, it means the servers can register their selves automatically on a central server that works like an intermediate link between all servers and clients. Then the clients can get benefit from the provided processing power by the registered servers. The clients can specify tasks to be processed by the servers, they also be able to specify number of servers to participate in data processing. Finally, the client gets results a detailed report about the amount of time and CPUs usages of participated servers with more information that are mentioned in the comping sections.