Cloud Computing Architecture and Implementation Network Security Technologies for Defense and Virtual Computing

Abstract

A research and implementation approach of cloud computing is needed to improve the defense effect in network security. Technology for virtual computing and network security is suggested. architecture fully utilizes the structural benefits of the user's various authentication demands can be supported in a virtualized environment, which can more reliably realize the trusted measurement of the user's virtual machine. This paper introduces the idea of cloud computing, cloud computing classification, and cloud computing features. network protection. The topology of the cloud computing network is constructed when fully taking into account the coupling relationship between the physical network and the logical network, and the cloud computing network is then analyzed using the appropriate network theory based on the network topology. The study of avalanche failure within the computing network. The findings of the research indicate that the relative performance under various trusted measurement periods can reach more than 97%, allowing for flexible user trusted authentication demands as well as efficient trusted security for user virtual machines. The robustness of the entire cloud computing network topology can be significantly increased, ensuring that the network can withstand the attack. This can be done by adding additional protection measures to some special nodes in the cloud computing network topology to make sure they are not damaged when attacked. The avalanche effect won't cause a significant area to become paralyzed, and the network's structure and functionality remain unchanged. This technique can significantly enhance the network security's security protection effect.