Book description
Triggered by communication network operators experiencing energy cost as a significant factor in profit calculations, researchers have started to investigate approaches for power consumption reduction. Standards bodies are already developing standards for energy-efficient protocols. However, research in green communications is still at an early stage and the space of potential solutions is far from being explored. This book provides a comprehensive discussion of academic research and relevant applications in green communications. It aims to increase understanding of application issues and further the development of strategies and techniques.
Table of contents
- Front Cover
- Green Communications: Theoretical Fundamentals, Algorithms and Applications
- Copyright
- Dedication
- Table of Contents (1/4)
- Table of Contents (2/4)
- Table of Contents (3/4)
- Table of Contents (4/4)
- Preface
- Editor Biographies
-
Part I: General Topics
- 1. Runtime-Controlled Energy Reduction Techniques for FPGAs (1/6)
- 1. Runtime-Controlled Energy Reduction Techniques for FPGAs (2/6)
- 1. Runtime-Controlled Energy Reduction Techniques for FPGAs (3/6)
- 1. Runtime-Controlled Energy Reduction Techniques for FPGAs (4/6)
- 1. Runtime-Controlled Energy Reduction Techniques for FPGAs (5/6)
- 1. Runtime-Controlled Energy Reduction Techniques for FPGAs (6/6)
- 2. Smart Grid and ICT’s Role in Its Evolution (1/5)
- 2. Smart Grid and ICT’s Role in Its Evolution (2/5)
- 2. Smart Grid and ICT’s Role in Its Evolution (3/5)
- 2. Smart Grid and ICT’s Role in Its Evolution (4/5)
- 2. Smart Grid and ICT’s Role in Its Evolution (5/5)
- 3. Energy Saving Solutions and Practices of China Mobile (1/7)
- 3. Energy Saving Solutions and Practices of China Mobile (2/7)
- 3. Energy Saving Solutions and Practices of China Mobile (3/7)
- 3. Energy Saving Solutions and Practices of China Mobile (4/7)
- 3. Energy Saving Solutions and Practices of China Mobile (5/7)
- 3. Energy Saving Solutions and Practices of China Mobile (6/7)
- 3. Energy Saving Solutions and Practices of China Mobile (7/7)
- 4. Standard Methodologies for Energy Efficiency Assessment (1/4)
- 4. Standard Methodologies for Energy Efficiency Assessment (2/4)
- 4. Standard Methodologies for Energy Efficiency Assessment (3/4)
- 4. Standard Methodologies for Energy Efficiency Assessment (4/4)
- 5. Reciprocal Learning for Energy-Efficient Opportunistic Spectrum Access in Cognitive Radio Networks (1/5)
- 5. Reciprocal Learning for Energy-Efficient Opportunistic Spectrum Access in Cognitive Radio Networks (2/5)
- 5. Reciprocal Learning for Energy-Efficient Opportunistic Spectrum Access in Cognitive Radio Networks (3/5)
- 5. Reciprocal Learning for Energy-Efficient Opportunistic Spectrum Access in Cognitive Radio Networks (4/5)
- 5. Reciprocal Learning for Energy-Efficient Opportunistic Spectrum Access in Cognitive Radio Networks (5/5)
- 6. Green Communications for Carbon Emission Reductions: Architectures and Standards (1/5)
- 6. Green Communications for Carbon Emission Reductions: Architectures and Standards (2/5)
- 6. Green Communications for Carbon Emission Reductions: Architectures and Standards (3/5)
- 6. Green Communications for Carbon Emission Reductions: Architectures and Standards (4/5)
- 6. Green Communications for Carbon Emission Reductions: Architectures and Standards (5/5)
- 7. The Role of ICT in the Evolution Towards Smart Grids (1/10)
- 7. The Role of ICT in the Evolution Towards Smart Grids (2/10)
- 7. The Role of ICT in the Evolution Towards Smart Grids (3/10)
- 7. The Role of ICT in the Evolution Towards Smart Grids (4/10)
- 7. The Role of ICT in the Evolution Towards Smart Grids (5/10)
- 7. The Role of ICT in the Evolution Towards Smart Grids (6/10)
- 7. The Role of ICT in the Evolution Towards Smart Grids (7/10)
- 7. The Role of ICT in the Evolution Towards Smart Grids (8/10)
- 7. The Role of ICT in the Evolution Towards Smart Grids (9/10)
- 7. The Role of ICT in the Evolution Towards Smart Grids (10/10)
- 8. Moving a Processing Element from Hot to Cool Spots: Is This an Efficient Method to Decrease Leakage Power Consumption in FPGAs? (1/5)
- 8. Moving a Processing Element from Hot to Cool Spots: Is This an Efficient Method to Decrease Leakage Power Consumption in FPGAs? (2/5)
- 8. Moving a Processing Element from Hot to Cool Spots: Is This an Efficient Method to Decrease Leakage Power Consumption in FPGAs? (3/5)
- 8. Moving a Processing Element from Hot to Cool Spots: Is This an Efficient Method to Decrease Leakage Power Consumption in FPGAs? (4/5)
- 8. Moving a Processing Element from Hot to Cool Spots: Is This an Efficient Method to Decrease Leakage Power Consumption in FPGAs? (5/5)
- 9. Cloud Computing - a Greener Future for IT (1/6)
- 9. Cloud Computing - a Greener Future for IT (2/6)
- 9. Cloud Computing - a Greener Future for IT (3/6)
- 9. Cloud Computing - a Greener Future for IT (4/6)
- 9. Cloud Computing - a Greener Future for IT (5/6)
- 9. Cloud Computing - a Greener Future for IT (6/6)
- 10. Energy-Efficient Management of Campus PCs (1/6)
- 10. Energy-Efficient Management of Campus PCs (2/6)
- 10. Energy-Efficient Management of Campus PCs (3/6)
- 10. Energy-Efficient Management of Campus PCs (4/6)
- 10. Energy-Efficient Management of Campus PCs (5/6)
- 10. Energy-Efficient Management of Campus PCs (6/6)
-
Part II: Focus on Wireless Communications
- 11. C-RAN: A Green RAN Framework (1/6)
- 11. C-RAN: A Green RAN Framework (2/6)
- 11. C-RAN: A Green RAN Framework (3/6)
- 11. C-RAN: A Green RAN Framework (4/6)
- 11. C-RAN: A Green RAN Framework (5/6)
- 11. C-RAN: A Green RAN Framework (6/6)
- 12. Green Ad Hoc and Sensor Networks (1/4)
- 12. Green Ad Hoc and Sensor Networks (2/4)
- 12. Green Ad Hoc and Sensor Networks (3/4)
- 12. Green Ad Hoc and Sensor Networks (4/4)
- 13. Green Wireless Communications under Quality of Service Constraints (1/7)
- 13. Green Wireless Communications under Quality of Service Constraints (2/7)
- 13. Green Wireless Communications under Quality of Service Constraints (3/7)
- 13. Green Wireless Communications under Quality of Service Constraints (4/7)
- 13. Green Wireless Communications under Quality of Service Constraints (5/7)
- 13. Green Wireless Communications under Quality of Service Constraints (6/7)
- 13. Green Wireless Communications under Quality of Service Constraints (7/7)
- 14. On the Energy Efficiency-Spectral Efficiency Trade-off. in Cellular Systems (1/11)
- 14. On the Energy Efficiency-Spectral Efficiency Trade-off. in Cellular Systems (2/11)
- 14. On the Energy Efficiency-Spectral Efficiency Trade-off. in Cellular Systems (3/11)
- 14. On the Energy Efficiency-Spectral Efficiency Trade-off. in Cellular Systems (4/11)
- 14. On the Energy Efficiency-Spectral Efficiency Trade-off. in Cellular Systems (5/11)
- 14. On the Energy Efficiency-Spectral Efficiency Trade-off. in Cellular Systems (6/11)
- 14. On the Energy Efficiency-Spectral Efficiency Trade-off. in Cellular Systems (7/11)
- 14. On the Energy Efficiency-Spectral Efficiency Trade-off. in Cellular Systems (8/11)
- 14. On the Energy Efficiency-Spectral Efficiency Trade-off. in Cellular Systems (9/11)
- 14. On the Energy Efficiency-Spectral Efficiency Trade-off. in Cellular Systems (10/11)
- 14. On the Energy Efficiency-Spectral Efficiency Trade-off. in Cellular Systems (11/11)
- 15. Energy Savings for Mobile Communication Networks through Dynamic Spectrum and Traffic Load Management (1/6)
- 15. Energy Savings for Mobile Communication Networks through Dynamic Spectrum and Traffic Load Management (2/6)
- 15. Energy Savings for Mobile Communication Networks through Dynamic Spectrum and Traffic Load Management (3/6)
- 15. Energy Savings for Mobile Communication Networks through Dynamic Spectrum and Traffic Load Management (4/6)
- 15. Energy Savings for Mobile Communication Networks through Dynamic Spectrum and Traffic Load Management (5/6)
- 15. Energy Savings for Mobile Communication Networks through Dynamic Spectrum and Traffic Load Management (6/6)
- 16. Toward Energy-Efficient Operation of Base Stations in Cellular Wireless Networks (1/8)
- 16. Toward Energy-Efficient Operation of Base Stations in Cellular Wireless Networks (2/8)
- 16. Toward Energy-Efficient Operation of Base Stations in Cellular Wireless Networks (3/8)
- 16. Toward Energy-Efficient Operation of Base Stations in Cellular Wireless Networks (4/8)
- 16. Toward Energy-Efficient Operation of Base Stations in Cellular Wireless Networks (5/8)
- 16. Toward Energy-Efficient Operation of Base Stations in Cellular Wireless Networks (6/8)
- 16. Toward Energy-Efficient Operation of Base Stations in Cellular Wireless Networks (7/8)
- 16. Toward Energy-Efficient Operation of Base Stations in Cellular Wireless Networks (8/8)
- 17. Green Wireless Access Networks (1/9)
- 17. Green Wireless Access Networks (2/9)
- 17. Green Wireless Access Networks (3/9)
- 17. Green Wireless Access Networks (4/9)
- 17. Green Wireless Access Networks (5/9)
- 17. Green Wireless Access Networks (6/9)
- 17. Green Wireless Access Networks (7/9)
- 17. Green Wireless Access Networks (8/9)
- 17. Green Wireless Access Networks (9/9)
- 18. Energy Efficient Communications in MIMO Wireless Channels (1/8)
- 18. Energy Efficient Communications in MIMO Wireless Channels (2/8)
- 18. Energy Efficient Communications in MIMO Wireless Channels (3/8)
- 18. Energy Efficient Communications in MIMO Wireless Channels (4/8)
- 18. Energy Efficient Communications in MIMO Wireless Channels (5/8)
- 18. Energy Efficient Communications in MIMO Wireless Channels (6/8)
- 18. Energy Efficient Communications in MIMO Wireless Channels (7/8)
- 18. Energy Efficient Communications in MIMO Wireless Channels (8/8)
- 19. Minimising Power Consumption to Achieve More Efficient Green Cellular Radio Base Station Designs (1/5)
- 19. Minimising Power Consumption to Achieve More Efficient Green Cellular Radio Base Station Designs (2/5)
- 19. Minimising Power Consumption to Achieve More Efficient Green Cellular Radio Base Station Designs (3/5)
- 19. Minimising Power Consumption to Achieve More Efficient Green Cellular Radio Base Station Designs (4/5)
- 19. Minimising Power Consumption to Achieve More Efficient Green Cellular Radio Base Station Designs (5/5)
- 20. Energy Conservation of Mobile Terminals in Multi-cell TDMA Networks (1/8)
- 20. Energy Conservation of Mobile Terminals in Multi-cell TDMA Networks (2/8)
- 20. Energy Conservation of Mobile Terminals in Multi-cell TDMA Networks (3/8)
- 20. Energy Conservation of Mobile Terminals in Multi-cell TDMA Networks (4/8)
- 20. Energy Conservation of Mobile Terminals in Multi-cell TDMA Networks (5/8)
- 20. Energy Conservation of Mobile Terminals in Multi-cell TDMA Networks (6/8)
- 20. Energy Conservation of Mobile Terminals in Multi-cell TDMA Networks (7/8)
- 20. Energy Conservation of Mobile Terminals in Multi-cell TDMA Networks (8/8)
- 21. Energy Efficiency for Wireless Relay Systems (1/5)
- 21. Energy Efficiency for Wireless Relay Systems (2/5)
- 21. Energy Efficiency for Wireless Relay Systems (3/5)
- 21. Energy Efficiency for Wireless Relay Systems (4/5)
- 21. Energy Efficiency for Wireless Relay Systems (5/5)
- 22. Holistic Approach to Green Wireless Communications Based on Multicarrier Technologies (1/5)
- 22. Holistic Approach to Green Wireless Communications Based on Multicarrier Technologies (2/5)
- 22. Holistic Approach to Green Wireless Communications Based on Multicarrier Technologies (3/5)
- 22. Holistic Approach to Green Wireless Communications Based on Multicarrier Technologies (4/5)
- 22. Holistic Approach to Green Wireless Communications Based on Multicarrier Technologies (5/5)
- 23. Green Video Streaming over Cellular Networks (1/7)
- 23. Green Video Streaming over Cellular Networks (2/7)
- 23. Green Video Streaming over Cellular Networks (3/7)
- 23. Green Video Streaming over Cellular Networks (4/7)
- 23. Green Video Streaming over Cellular Networks (5/7)
- 23. Green Video Streaming over Cellular Networks (6/7)
- 23. Green Video Streaming over Cellular Networks (7/7)
-
Part III: Focus on Wireline Communications
- 24. Trading off. Energy and Forwarding Performance in Next-Generation Network Devices (1/6)
- 24. Trading off. Energy and Forwarding Performance in Next-Generation Network Devices (2/6)
- 24. Trading off. Energy and Forwarding Performance in Next-Generation Network Devices (3/6)
- 24. Trading off. Energy and Forwarding Performance in Next-Generation Network Devices (4/6)
- 24. Trading off. Energy and Forwarding Performance in Next-Generation Network Devices (5/6)
- 24. Trading off. Energy and Forwarding Performance in Next-Generation Network Devices (6/6)
- 25. Energy Effcient VI Planning over Converged Optical Network and IT Resources (1/5)
- 25. Energy Effcient VI Planning over Converged Optical Network and IT Resources (2/5)
- 25. Energy Effcient VI Planning over Converged Optical Network and IT Resources (3/5)
- 25. Energy Effcient VI Planning over Converged Optical Network and IT Resources (4/5)
- 25. Energy Effcient VI Planning over Converged Optical Network and IT Resources (5/5)
- 26. Energy Aware Techniques In IP-Over-WDM Backbone Networks (1/5)
- 26. Energy Aware Techniques In IP-Over-WDM Backbone Networks (2/5)
- 26. Energy Aware Techniques In IP-Over-WDM Backbone Networks (3/5)
- 26. Energy Aware Techniques In IP-Over-WDM Backbone Networks (4/5)
- 26. Energy Aware Techniques In IP-Over-WDM Backbone Networks (5/5)
- 27. Energy-Aware Network Management and Content Distribution (1/6)
- 27. Energy-Aware Network Management and Content Distribution (2/6)
- 27. Energy-Aware Network Management and Content Distribution (3/6)
- 27. Energy-Aware Network Management and Content Distribution (4/6)
- 27. Energy-Aware Network Management and Content Distribution (5/6)
- 27. Energy-Aware Network Management and Content Distribution (6/6)
- 28. Energy Saving Strategies in Fixed Access Networks (1/4)
- 28. Energy Saving Strategies in Fixed Access Networks (2/4)
- 28. Energy Saving Strategies in Fixed Access Networks (3/4)
- 28. Energy Saving Strategies in Fixed Access Networks (4/4)
- Back Cover
Product information
- Title: Green Communications
- Author(s):
- Release date: April 2016
- Publisher(s): CRC Press
- ISBN: 9781466501089
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