Effective Scheduling and Queuing Strategy in WMSNs Using Enhanced Equivalent Capacity Model

Authors

  • Ashok K Chikaraddi, Meena S Maralappanavar, Suvarna G Kanakaraddi

Abstract

Providing QoS to Wireless Multimedia Sensor Networks (WMSNs), is tough whose principle qualities are network congestion and link failures. A systematic packet planning can enhance the quality of delivery over sensor networks in these conditions. A new packet planning methodology for multipath data movement over WMSNs is introduced here. This method plans movement of variable packets over variable paths. As a result high preference packets are moved through high preference paths after doing timely checks on condition of path. WMSNs are capable of sensing multimedia data that need more bandwidth compared to Wireless Sensor Networks (WSNs). Available methods of WSN do not challenge multimedia applications. So bandwidth is a major challenge in WMSNs. Proposed novel approach using Gaussian bound is used to compute the effective bandwidth using frame traffic.

Keywords:WMSNsWSN, QoS, TCP, UDP, Medium access control, M/M/1 queue

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Published

2020-05-12

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Section

Articles