Cipher Computing Platform Design Based On Distributed Grid Technology And The Implememtation Of Front End Server System

Distributed (Grid) Computing Architecture is the hotspot of current research and application. It has been considered as the basis of next generation IT development, and also considered as an absolute way of Net development. The final goal of this kind of architecture is binding all the things connected to the Internet to be a super computer, so that we can get a full sharing of computing resources, storage resources, data resources, information resources, knowledge resources and expert resources. Nowadays , although most projects on Grid are about research, we found the applications based on the architecture that proved feasible are huge, and most of the applications can binding together tightly to fulfill expandable connection. Cipher Computing based on distributed (Grid) architecture is one of the Important applications. This kind of application make a strong support for cryptography research, security analysis of Crypt algorithm and computing related to cryptography.By Combining recent idea and technology of distributed Grid Computing, also by considering the characteristic of cipher computing , this article analyzed the feasibility of using grid technology to achieve efficient cipher computing and systematically introduced an efficient and feasible design of distributed (Grid) computing platform for cipher computing. Last and the most this article also give us a concrete implementation of the front end server system of the platform that provide a communicate platform (also a thin client) for users and also an interface for the computing services module . As a communicate platform for users it provide the operation of task submit, service apply, result require, coding dada storage and so on. The platform also include many work on database which reduced the burden of computing services module. As an interface for the computing services module it provide the interface of getting the implementation of service getting computing nodes list getting tasks list and so on. Combining with the implementation of computing, we have got a runnable system in the LAN based on distributed Grid Technology which proved the correctness and feasibility of our design.