Kerberos System to Cloud for Virtual Resource Authentication

Abstract

The security of the virtual network will not benefit from using authentication method with the most promise for security unless both the way it is coded and the way it is implemented is equally as secure. It is essential to choose strong authentication algorithms which enforce good protection. The importance of the resource authentication process is the ability of the client to access and use the resource. A pseudo code was developed for the data center which is used to authenticate the client to use the resource. Our cloud infrastructure suggests using certificate based authentication for this sensitive access of the cloud. We can use encryption to protect stored passwords in the data center. We are using symmetric key algorithm, Advanced Encryption Standard with stretching the block size for this purpose. The data center does not keep all documents at one place. It keeps transposition the order of the documents in different virtual servers. There is no known attack for the Kerberos system till now which motivates us to involve this system to the cloud for resource authentication.

Experimental characterization and modal analysis for woven composite high aspect ratio beam

“…The obtained results of experimental work were compared with the results of the numerical finite element model. Kumar, C.Sathish, and Rao [5] investigated the natural frequencies of fabricated laminated E-glass fiber reinforced composite beams made using hand-lay-up process. They characterize the mechanical properties of the laminated beam by using simple rule-of-mixtures.…”