Author: "R., Sivakoumar" - Searchworks@Jio Institute Digital Library Search Results

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Author: S., Syed Abuthahir, Jaganathan, Subash Chandra Bose, Saha, Ramesh, R., Sivakoumar, B., Galeebathullah, and Kannadhasan, S.
Subjects: CLOUD computing, VIRTUAL machine systems, LOAD balancing (Computer networks), INFORMATION technology, COMPUTER software
Abstract: Cloud Computing is A Remarkable technology in the IT field Various services are provided by the cloud computing over the internet. According to the usage computing resource services IT charges in the cloud Yahoo, Amazon, Google are some of the cloud used organisations which are having number of users. Cloud Computing is an internet based computing approach. So there is a sharing of applications resources and software in between the computing devices. Mentioning of loads in cloud environment is most challenging issue. Balancing of float in the main intention in making of visual machine balance which not be overload or underload. An efficient and its dynamic load balancing weighted Round Robin algorithm for virtual machine in cloud computing is presented in this paper. Task or uses the modified algorithm of inspired Honey Bee behaviour and for balancing the workload on virtual machine uses the modified Round Robin Algorithm in the cloud system. By using this energy system performance is improved minimum completion time can be achieved and better resources are utilized. The efficiency of this load balancing method is better than the previous methods. [ABSTRACT FROM AUTHOR]
Published: 2022

Author: P. Anandhakumar, R. Sivakoumar, and E Divya
Subjects: Hardware_MEMORYSTRUCTURES, Dynamic network analysis, business.industry, Computer science, Peer-to-peer, computer.software_genre, Dead Peer Detection, Replication (computing), Data sharing, Reduction (complexity), Smart Cache, Cache, business, computer, Computer network
Abstract: Most traditional Video-On-Demand (VoD) systems prefers multimedia streaming which increases server load.In this work, the server load can be minimized by using peer-to-peer network with caching and replication. In P2P network, besides the server responding to the user request, any peer having the requested content can also serve the user. Efficient caching and replacement of cached segment is implemented to satisfy more number of requests. The proposed system focuses on Hybrid caching which includes Cache Prefetching and Opportunistic Cache Update. In the dynamic network scenario, having frequent peer departures, huge data cached on peers turns unavailable. So efficient data sharing becomes complicated and again results in increased server load. In order to reduce the server load, the cached data can be replicated amongthe nodes in peer-peer network.
Published: 2012

Author: P. Anandhakumar, J. Hariprasad, R. Sivakoumar, S. Sabarish, and B. Murugan
Subjects: Hardware_MEMORYSTRUCTURES, Computer science, business.industry, Quality of service, Real-time computing, Frame (networking), False sharing, Window (computing), computer.file_format, Windows Metafile, Sliding window protocol, Algorithm design, Cache, business, computer, Computer network
Abstract: In this paper, we present a dynamic caching and replacing mechanism for the multiple videos over quality of service networks. The metafile containing the metadata about the video is maintained for caching and replacing mechanism. The caching algorithm employs the sliding window method to select the frame that has to be cached. The sliding window mechanism uses the beneficial value which is calculated based on the required bandwidth and buffer size of the frames. The experimental results shows the ordering of frames in the metafile and the influence of the window size for selecting the frame for caching.
Published: 2010

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