Enhanced backpressure Algorithm for Adaptive Redundancy
To utility maximization in networks where the sources do not employ flow control and may consequently overload the network. In the absence of flow control at the sources, some packets will inevitably have to be dropped when the network is in overload. To overcome the problem by proposing the new method called receiver based flow control method. At first develop a distributed, threshold based packet-dropping policy that maximizes the weighted sum throughput. Next, we consider utility maximization and develop a receiver-based flow control scheme that, when combined with threshold-based packet dropping, achieves the optimal utility. In the flow control scheme creates virtual queues at the receivers as a push-back mechanism to optimize the amount of data delivered to the destinations via backpressure with adaptive redundancy (BWAR), mechanism. It is the novel hybrid approach that removeredundant packets via a timeout mechanism, and that improve energy use. The simulations confirm that BWAR outperforms traditional backpressure at low load, while outperforming back pressure routing schemes at high load.
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Enhanced backpressure Algorithm for Adaptive Redundancy
To utility maximization in networks where the sources do not employ flow control and may consequently overload the network. In the absence of flow control at the sources, some packets will inevitably have to be dropped when the network is in overload. To overcome the problem by proposing the new method called receiver based flow control method. At first develop a distributed, threshold based packet-dropping policy that maximizes the weighted sum throughput. Next, we consider utility maximization and develop a receiver-based flow control scheme that, when combined with threshold-based packet dropping, achieves the optimal utility. In the flow control scheme creates virtual queues at the receivers as a push-back mechanism to optimize the amount of data delivered to the destinations via backpressure with adaptive redundancy (BWAR), mechanism. It is the novel hybrid approach that removeredundant packets via a timeout mechanism, and that improve energy use. The simulations confirm that BWAR outperforms traditional backpressure at low load, while outperforming back pressure routing schemes at high load.
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Enhanced backpressure Algorithm for Adaptive Redundancy

Enhanced backpressure Algorithm for Adaptive Redundancy

by Christo Ananth
Enhanced backpressure Algorithm for Adaptive Redundancy
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Enhanced backpressure Algorithm for Adaptive Redundancy

Enhanced backpressure Algorithm for Adaptive Redundancy

by Christo Ananth

Overview

To utility maximization in networks where the sources do not employ flow control and may consequently overload the network. In the absence of flow control at the sources, some packets will inevitably have to be dropped when the network is in overload. To overcome the problem by proposing the new method called receiver based flow control method. At first develop a distributed, threshold based packet-dropping policy that maximizes the weighted sum throughput. Next, we consider utility maximization and develop a receiver-based flow control scheme that, when combined with threshold-based packet dropping, achieves the optimal utility. In the flow control scheme creates virtual queues at the receivers as a push-back mechanism to optimize the amount of data delivered to the destinations via backpressure with adaptive redundancy (BWAR), mechanism. It is the novel hybrid approach that removeredundant packets via a timeout mechanism, and that improve energy use. The simulations confirm that BWAR outperforms traditional backpressure at low load, while outperforming back pressure routing schemes at high load.

Product Details

BN ID: 2940158826108
Publisher: Nook Press Barnes & Noble
Publication date: 10/14/2017
Sold by: Barnes & Noble
Format: eBook
File size: 215 KB

About the Author

Christo Ananth got his B.E. Degree in Electronics and Communication Engineering in 2009 and his M.E. Degree in Applied Electronics in 2013. He received his PhD Degree in Engineering in 2017. Christo Ananth has almost 8 years of involvement in research, instructing, counseling and down to earth application improvement. His exploration skill covers Image Processing, Co-operative Networks, Electromagnetic Fields, Electronic Devices, Wireless Networks and Medical Electronics. He has taken an interest and presented 3 papers in National level Technical Symposiums, 9 Research papers in National Level Conferences, 31 Research Papers in International level Conferences, 54 Research Papers in refereed and indexed International Journals in the field of Embedded Systems, Networking, Digital Image Processing, Network Security and VLSI. He has attended 14 Technical Seminars/Training Courses/Faculty Development Programs. He has contributed 7 Dissertations / Thesis / Technical Reports in International Publication Houses, 15 International Book Chapters in USA and has authored & published 4 National-level Engineering Text books and authored 2 International-level Engineering text books. He has published 10 Monographs in Reputed International Journals. He is a beneficiary of Special note in 4 Engineering Text books associated to Anna University,Chennai. He has been conferred with the title - Editor-in-Chief and Associate Editor of 5 International Journals by ACE Publications and Fisheries and Aquatic Studies Organization for his extraordinary Academic Excellence in Research Community.
At present, he is a member of 133 Professional Bodies over the globe. He is a Biographical World Record Holder of Marquis' Who’s Who in the World (32nd,33rd and 34th Edition) for his exceptional commitment towards explore group from 2015-2017. He has conveyed Guest Lectures in Reputed Engineering Colleges and Reputed Industries on different themes. He has earned 4 Best Paper Awards from different instruction related social exercises in and outside India. He has organized nearly 19 self-supporting National level Technical Symposiums, Conferences and Workshops in the field of Embedded Systems, Networking, Digital Image Processing, Network Security, VLSI, Biotechnology, Management and Architecture. He is a Technical Advisory Board member of nearly 84 National Level/International Level Technical Conferences over the globe.
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