An Efficient handoff and buffer Management Scheme to Minimize Packet Loss Rate through Check-PointRetransmission in WiMAX 16m Networks
IEEE 802.16m standard redefined with many improvements on IEEE 802.16e standard to provide the best connectivity and to perform the error-free data transmission. In this paper we propose a buffer management system to reduce the packet loss rate during WiMax Communication where the internetworking involves designated distress regarding buffer range and traffic management. We evident that our proposed framework for 802.16m based network frames have efficient buffer management with effort from BS scheduler and subscriber station scheduler. These processes incur least bandwidth utilisation thereby reducing the transmission delay. All these domains were put forth through admission control (AC) mechanism and a dynamic buffer allocation (DBA) process which directly clears packet sizing and Buffer ranging. with accession from check point constraints where the left packets will be put into retransmission. Thereby it gives effective buffer management system with improved handoff standards between the sender BS and subscriber BS.
Keywords: Transmission delay, handoff, check point, buffer range.
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ABOUT THE AUTHORS
D.Karunkuzhali
Research Scholar, Department of CSE Sathyabama University, Chennai, India
D.C.Tomar
2Professor, Department of CSE, Misrimal Navajee Munoth Jain Engineering College, Chennai, India
D.Karunkuzhali
Research Scholar, Department of CSE Sathyabama University, Chennai, India
D.C.Tomar
2Professor, Department of CSE, Misrimal Navajee Munoth Jain Engineering College, Chennai, India
