BALANCING LOAD FOR OPTIMAL PERFORMANCE OF DATA CENTER

Paper

BALANCING LOAD FOR OPTIMAL PERFORMANCE OF DATA CENTER

Published 2011 · M. KarthikNarayan, Shantharam Nayak, Annamma Abraham

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Abstract

Data Center in common words is storage room of computers along with the components of it forperforming the essential tasks such as communication, processing and so on. In order, to perform with optimal efficiency data centers should efficiently cater the requested information by the client. The data center is composed of many processing nodes. A “Hotspot” can occur in the datacenter if some of nodes are overloaded and others aren’t. So, to prevent “Hotspot”, techniques of Load balancing along with Caching with RAID concept could be adopted. Load balancing is necessary as the data center should work in networking environment. Caching is necessary for the speedy information supply. RAID concept is proven as one of the best method in achieving the redundancy in a cost effective manner. Load balancing algorithms not only identify the non overloaded node, but also identify the correct path for the smooth transfer. We propose a novel approach of path finder algorithm which works in the combination of choke packet algorithm and path planning algorithm concept. A cache table can be maintained for the purpose of caching with RAID-2 or RAID-3. By adopting the proposed techniques we can make the datacenters to perform its activities quickly and accurately .

Study Snapshot

Key takeawayAdopting load balancing techniques and caching with RAID concepts can optimize data center performance by preventing "Hotspots" and ensuring speedy information supply.

PopulationOlder adults (50-71 years)

Sample size24

MethodsObservational

OutcomesBody Mass Index projections

ResultsSocial networks mitigate obesity in older groups.

Paper

BALANCING LOAD FOR OPTIMAL PERFORMANCE OF DATA CENTER

References

Dynamic Load Balancing Multipathing in Data Center Ethernet

Dynamic load balancing multipathing (DLBMP) significantly improves performance in data center Ethernets compared to Spanning Tree Protocol (STP) due to its multipathing and dynamic load balancing capabilities.

A Novel Multipath Load Balancing Algorithm in Fat-Tree Data Center

The novel hierarchical flow multipath forward (HFMF) algorithm reduces packet disorder arrival and improves load balancing performance in fat-tree data centers.

Server-storage virtualization: Integration and load balancing in data centers

VectorDot, a novel load balancing algorithm, efficiently removes overloads on server, switch, and storage nodes in agile data centers with integrated server and storage virtualization technologies.

Citations