Optimal Spectrum Utilization and Flow Controlling In Heterogeneous Network with Reconfigurable Devices

Authors

  • Syed Shakeel Hashmi
  • Dr. Syed Abdul Sattar
  • Dr. K Soundararajan Prof & Dean R&D- TKREC Hyderabad- India

Abstract

Fairness provisioning in heterogeneous networks is a prime issue for high-rate data flow, wherein the inter-connectivity property among different communication devices provides higher throughput. In Hetnet, optimal resource utilization is required for efficient resource usage. Proper resource allocation in such a network led to higher data flow performance for real-time applications. In view of optimal resource allocation, a resource utilization approach for a reconfigurable cognitive device with spectrum sensing capability is proposed in this paper.  The allocation of the data flow rate at device level is proposed for optimization of network fairness in a heterogeneous network.  A dynamic approach of rate-inference optimization is proposed to provide fairness in dynamic data traffic conditions. The simulation results validate the improvement in offered quality in comparison to multi-attribute optimization.

Author Biographies

Syed Shakeel Hashmi

ECE Department

Icfai Tech School

IFHE University

Optimal Spectrum Utilization and Flow Controlling In Heterogeneous Network with Reconfigurable Devices


Dr. Syed Abdul Sattar

Professor and Director (R&D)- ECE Department

NSAKCET

Hyderabad- India

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Published

2017-08-14

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Section

Wireless and Mobile Communications