Manageable and Economical Connection of Centralized Repository Servers Using Server Ports

Objective of centralized repository is to arrange an outsized number of server machines with little apparatus cost while providing high planning facility and bisection width. It is well understand that the present practice where servers are linked by a tree hierarchy of network switches cannot gather these necessities. In this paper, we find out a newest serverinterconnection structure. The Structure observe that the commodity server machines used in today’s centralized repository generally come with three ports, one for network connection and the remaining for backup purposes. The model supposes that if three ports are aggressively used in network connections, we can construct a scalable, cost-effective interconnection structure without either the luxurious higherlevel large switches or any additional hardware on servers. We design such a arrangement structure called Bi Swapped Re Wired Structure Network (BRSN). Although the server node degree is only 3 in this structure, we have proven that BRSN highly scalable to encompass hundreds of thousands of server switch low diameter and high bisection width. We have developed low-overhead traffic-aware routing mechanism to get better effective link utilization based on dynamic traffic state. We have also proposed how to incrementally deploy BRSN. KEYWORDS-Computer networks, Information processing, Internet, Bi Swapped Re Wired Structure Network (BRSN), Traffic aware routing.