IJMTES – Paper Presented in: ‘2 day State Level workshop on Cyber Fest 17’, conducted by: ‘Department of Computer Engineering, Marathwada Mitra Mandal College of Engineering, Pune’ on 22-23 Feb 2017

Journal Title : International Journal of Modern Trends in Engineering and Science

Paper Title : LOAD BALANCING AND RESOURCE MONITORING MECHANISM USING DYNAMIC TIME WRAPPING (DTW) ALGORITHM

Author’s Name : Amruta Bandal | Aishwarya Bhawsar | Ganesh Nazare | Ronit Dravid | Prof Shubhada Moneunnamed

Paper Presented in : ‘2 day State Level workshop on Cyber Fest 17’, conducted by: ‘Department of Computer Engineering, Marathwada Mitra Mandal College of Engineering, Pune’ on 22-23 Feb 2017

Volume 04 Issue 05 2017

ISSN no:  2348-3121

Page no: 53-56

Abstract – Now days many applications and systems are providing online services which are used by many number of users concurrently. Servers which can process multiple services at the same time have to serve many requests for resources and database applications simultaneously. Number of online users is increasing day by day enormously. Now there is a need of high performance servers and resources which can process users request in fraction of seconds and reply to the requests of users as fast as possible. Many companies now are upgrading their hardware configuration as per the requirement of today’s web session growth. To provide same services from same system to many numbers of users that system is replicated on different nodes and these nodes are providing services and processing the requests of different users simultaneously. But if load balancing is not done efficiently for those nodes then the cost of the hardware infrastructure get wasted and we cannot get results as per our expectations. That’s why there is proper and efficient auto load balancing technique is required to process and handle requests of million users at the same time without getting affected the quality of the services. DTW algorithm is very efficient for auto load balancing on different nodes. It is a optimize solution for calculating workload on several number of nodes and to distribute total workload among those servers.

Keywords— DTW (Dynamic time wrapping)

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