Main Reference PapereDSA: Energy-Efficient Dynamic Spectrum Access Protocols for Cognitive Radio Network, IEEE Transactions on Mobile Computing, 2016 [NS2].
  • This paper proposes a class of energy-efficient dynamic spectrum access (DSA) protocols for secondary user (SU) communication over a single primary user (PU) channel. The proposed variants of DSA can be optimized with respect to different back-off strategies and SU packet lengths. Via Markov chain models and numerical analysis, the optimal SU packet length and inter-sensing time are derived for optimal SU performance in the DSA variants.

+ Description
  • This paper proposes a class of energy-efficient dynamic spectrum access (DSA) protocols for secondary user (SU) communication over a single primary user (PU) channel. The proposed variants of DSA can be optimized with respect to different back-off strategies and SU packet lengths. Via Markov chain models and numerical analysis, the optimal SU packet length and inter-sensing time are derived for optimal SU performance in the DSA variants.

  • To provide high sensing reliability.

  • To maximize the energy efficiency and goodput.

+ Aim & Objectives
  • To provide high sensing reliability.

  • To maximize the energy efficiency and goodput.

  • A technique is contributed to further improve the performance metrics in terms of overhead and throughput.

+ Contribution
  • A technique is contributed to further improve the performance metrics in terms of overhead and throughput.

  • OS: Windows 7 (Cygwin) /Ubuntu 12.04 LTS 64bit.

  • Simulator: NS-2.35 & Language: TCL and AWK script, (C++)

+ Software Tools & Technologies
  • OS: Windows 7 (Cygwin) /Ubuntu 12.04 LTS 64bit.

  • Simulator: NS-2.35 & Language: TCL and AWK script, (C++)

  • M.E / M.Tech / MS / Ph.D.- Customized according to the client requirements.

+ Project Recommended For
  • M.E / M.Tech / MS / Ph.D.- Customized according to the client requirements.

  • No Readymade Projects-Depending on the complexity of the project and requirements.

+ Order To Delivery
  • No Readymade Projects-Depending on the complexity of the project and requirements.

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