Research On Driver Equipment Mapping Protocol Based On Virtualization Technology

Nowadays, because Internet technology is developing fast so people become more focus onhow to protect data security. The Trojan horse, virus and brute force attack have become one of themost serious threats in the computer security field. Therefore, it is necessary to study the improvedremote desktop control protocol. This thesis has focused on the elliptic curve algorithm and cloudcomputing platform, which can mainly be described in the following three aspects:(1) Summary and analysis of the existing cloud computing technology and challenges atpresent, especially the concept of virtualization technology. As well as the research status at homeand abroad and its application in all aspects of life.(2) Combining with the characteristic of sharing resource and communicating directly of theRDP protocol, its improvement is proposed in this thesis which is based on the elliptic curvealgorithm and the difficulty of elliptic curve crack. A new mutual authentication algorithm isdesigned upon the difficulty of the algorithm solution, the influence of network load and bandwidth.(3) A remote access platform model is designed by utilizing the ability of informationcomputing, the existing random mapping of the equipment and the man in the middle attackproblem. Meanwhile a buffer module is added in the platform, which can occupy less bandwidthwith no impact on the user experience degree. What’s more a virtual password device module isdesigned to solve the problem of traditional equipment in a virtualized environment and prevent therandom map of the equipment. The simulation results show, this remote access platform canimprove computing efficiency and security of the entire cloud platform.