Cognitive Radio Network for the Smart Grid: Experimental System Architecture, Control, Algorithm, Security and Microgrid Testbed

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Cognitive Radio Network for the Smart Grid
Experimental System Architecture, Control,
Algorithm, Security and Microgrid Testbed

• Yujie Tang
• Supervisor Professor J. W. Mark
• March 1st, 2012

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Outline
1. Introduction
2. Communication testbeds for Smart Grid
3. Host computer with graphics processing
4. Microgrid testbeds for Smart Grid
5. Conclusion
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Outline
1. Introduction
2. Communication testbeds for Smart Grid
3. Host computer with graphics processing
4. Microgrid testbeds for Smart Grid
5. Conclusion
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Introduction

• Smart Grid In a nutshell, smart grid amounts
• to providing an Internet Protocol (IP) address
  to every device that is connected to the
  electricity grid.
• Advantages of smart grid
• Reducing blackouts
• Promoting renewable energy usage
• Give families more control over their energy diet
• Secure Communications in Smart Grid
• Physical layer and cybersecurity
• Latency for time-sensitive data (CR)

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Introduction

• Related work
• Using Cognitive Radio in the Smart Grid in
  1-3
• Building a Cognitive Radio network testbed at
  TTU, 4 the overall picture of this project

• 1. R. Qiu,