Green Communications

Green Communications

by Jinsong Wu, Sundeep Rangan, Honggang Zhang
Released April 2016
Publisher(s): CRC Press
ISBN: 9781466501089

Read it now on the O’Reilly learning platform with a 10-day free trial.

O’Reilly members get unlimited access to books, live events, courses curated by job role, and more from O’Reilly and nearly 200 top publishers.

Start your free trial

Book description

Nowadays energy crisis and global warming problems are hanging over everyone's head, urging much research work on energy saving. In the ICT industry, which is becoming a major consumer of global energy triggered by the telecommunication network operators experiencing energy cost as a significant factor in profit calculations, researchers have start

Table of contents

  1. Front Cover
  2. Green Communications: Theoretical Fundamentals, Algorithms and Applications
  3. Copyright
  4. Dedication
  5. Table of Contents (1/4)
  6. Table of Contents (2/4)
  7. Table of Contents (3/4)
  8. Table of Contents (4/4)
  9. Preface
  10. Editor Biographies
  11. Part I: General Topics
    1. 1. Runtime-Controlled Energy Reduction Techniques for FPGAs (1/6)
    2. 1. Runtime-Controlled Energy Reduction Techniques for FPGAs (2/6)
    3. 1. Runtime-Controlled Energy Reduction Techniques for FPGAs (3/6)
    4. 1. Runtime-Controlled Energy Reduction Techniques for FPGAs (4/6)
    5. 1. Runtime-Controlled Energy Reduction Techniques for FPGAs (5/6)
    6. 1. Runtime-Controlled Energy Reduction Techniques for FPGAs (6/6)
    7. 2. Smart Grid and ICT’s Role in Its Evolution (1/5)
    8. 2. Smart Grid and ICT’s Role in Its Evolution (2/5)
    9. 2. Smart Grid and ICT’s Role in Its Evolution (3/5)
    10. 2. Smart Grid and ICT’s Role in Its Evolution (4/5)
    11. 2. Smart Grid and ICT’s Role in Its Evolution (5/5)
    12. 3. Energy Saving Solutions and Practices of China Mobile (1/7)
    13. 3. Energy Saving Solutions and Practices of China Mobile (2/7)
    14. 3. Energy Saving Solutions and Practices of China Mobile (3/7)
    15. 3. Energy Saving Solutions and Practices of China Mobile (4/7)
    16. 3. Energy Saving Solutions and Practices of China Mobile (5/7)
    17. 3. Energy Saving Solutions and Practices of China Mobile (6/7)
    18. 3. Energy Saving Solutions and Practices of China Mobile (7/7)
    19. 4. Standard Methodologies for Energy Efficiency Assessment (1/4)
    20. 4. Standard Methodologies for Energy Efficiency Assessment (2/4)
    21. 4. Standard Methodologies for Energy Efficiency Assessment (3/4)
    22. 4. Standard Methodologies for Energy Efficiency Assessment (4/4)
    23. 5. Reciprocal Learning for Energy-Efficient Opportunistic Spectrum Access in Cognitive Radio Networks (1/5)
    24. 5. Reciprocal Learning for Energy-Efficient Opportunistic Spectrum Access in Cognitive Radio Networks (2/5)
    25. 5. Reciprocal Learning for Energy-Efficient Opportunistic Spectrum Access in Cognitive Radio Networks (3/5)
    26. 5. Reciprocal Learning for Energy-Efficient Opportunistic Spectrum Access in Cognitive Radio Networks (4/5)
    27. 5. Reciprocal Learning for Energy-Efficient Opportunistic Spectrum Access in Cognitive Radio Networks (5/5)
    28. 6. Green Communications for Carbon Emission Reductions: Architectures and Standards (1/5)
    29. 6. Green Communications for Carbon Emission Reductions: Architectures and Standards (2/5)
    30. 6. Green Communications for Carbon Emission Reductions: Architectures and Standards (3/5)
    31. 6. Green Communications for Carbon Emission Reductions: Architectures and Standards (4/5)
    32. 6. Green Communications for Carbon Emission Reductions: Architectures and Standards (5/5)
    33. 7. The Role of ICT in the Evolution Towards Smart Grids (1/10)
    34. 7. The Role of ICT in the Evolution Towards Smart Grids (2/10)
    35. 7. The Role of ICT in the Evolution Towards Smart Grids (3/10)
    36. 7. The Role of ICT in the Evolution Towards Smart Grids (4/10)
    37. 7. The Role of ICT in the Evolution Towards Smart Grids (5/10)
    38. 7. The Role of ICT in the Evolution Towards Smart Grids (6/10)
    39. 7. The Role of ICT in the Evolution Towards Smart Grids (7/10)
    40. 7. The Role of ICT in the Evolution Towards Smart Grids (8/10)
    41. 7. The Role of ICT in the Evolution Towards Smart Grids (9/10)
    42. 7. The Role of ICT in the Evolution Towards Smart Grids (10/10)
    43. 8. Moving a Processing Element from Hot to Cool Spots: Is This an Efficient Method to Decrease Leakage Power Consumption in FPGAs? (1/5)
    44. 8. Moving a Processing Element from Hot to Cool Spots: Is This an Efficient Method to Decrease Leakage Power Consumption in FPGAs? (2/5)
    45. 8. Moving a Processing Element from Hot to Cool Spots: Is This an Efficient Method to Decrease Leakage Power Consumption in FPGAs? (3/5)
    46. 8. Moving a Processing Element from Hot to Cool Spots: Is This an Efficient Method to Decrease Leakage Power Consumption in FPGAs? (4/5)
    47. 8. Moving a Processing Element from Hot to Cool Spots: Is This an Efficient Method to Decrease Leakage Power Consumption in FPGAs? (5/5)
    48. 9. Cloud Computing - a Greener Future for IT (1/6)
    49. 9. Cloud Computing - a Greener Future for IT (2/6)
    50. 9. Cloud Computing - a Greener Future for IT (3/6)
    51. 9. Cloud Computing - a Greener Future for IT (4/6)
    52. 9. Cloud Computing - a Greener Future for IT (5/6)
    53. 9. Cloud Computing - a Greener Future for IT (6/6)
    54. 10. Energy-Efficient Management of Campus PCs (1/6)
    55. 10. Energy-Efficient Management of Campus PCs (2/6)
    56. 10. Energy-Efficient Management of Campus PCs (3/6)
    57. 10. Energy-Efficient Management of Campus PCs (4/6)
    58. 10. Energy-Efficient Management of Campus PCs (5/6)
    59. 10. Energy-Efficient Management of Campus PCs (6/6)
  12. Part II: Focus on Wireless Communications
    1. 11. C-RAN: A Green RAN Framework (1/6)
    2. 11. C-RAN: A Green RAN Framework (2/6)
    3. 11. C-RAN: A Green RAN Framework (3/6)
    4. 11. C-RAN: A Green RAN Framework (4/6)
    5. 11. C-RAN: A Green RAN Framework (5/6)
    6. 11. C-RAN: A Green RAN Framework (6/6)
    7. 12. Green Ad Hoc and Sensor Networks (1/4)
    8. 12. Green Ad Hoc and Sensor Networks (2/4)
    9. 12. Green Ad Hoc and Sensor Networks (3/4)
    10. 12. Green Ad Hoc and Sensor Networks (4/4)
    11. 13. Green Wireless Communications under Quality of Service Constraints (1/7)
    12. 13. Green Wireless Communications under Quality of Service Constraints (2/7)
    13. 13. Green Wireless Communications under Quality of Service Constraints (3/7)
    14. 13. Green Wireless Communications under Quality of Service Constraints (4/7)
    15. 13. Green Wireless Communications under Quality of Service Constraints (5/7)
    16. 13. Green Wireless Communications under Quality of Service Constraints (6/7)
    17. 13. Green Wireless Communications under Quality of Service Constraints (7/7)
    18. 14. On the Energy Efficiency-Spectral Efficiency Trade-off. in Cellular Systems (1/11)
    19. 14. On the Energy Efficiency-Spectral Efficiency Trade-off. in Cellular Systems (2/11)
    20. 14. On the Energy Efficiency-Spectral Efficiency Trade-off. in Cellular Systems (3/11)
    21. 14. On the Energy Efficiency-Spectral Efficiency Trade-off. in Cellular Systems (4/11)
    22. 14. On the Energy Efficiency-Spectral Efficiency Trade-off. in Cellular Systems (5/11)
    23. 14. On the Energy Efficiency-Spectral Efficiency Trade-off. in Cellular Systems (6/11)
    24. 14. On the Energy Efficiency-Spectral Efficiency Trade-off. in Cellular Systems (7/11)
    25. 14. On the Energy Efficiency-Spectral Efficiency Trade-off. in Cellular Systems (8/11)
    26. 14. On the Energy Efficiency-Spectral Efficiency Trade-off. in Cellular Systems (9/11)
    27. 14. On the Energy Efficiency-Spectral Efficiency Trade-off. in Cellular Systems (10/11)
    28. 14. On the Energy Efficiency-Spectral Efficiency Trade-off. in Cellular Systems (11/11)
    29. 15. Energy Savings for Mobile Communication Networks through Dynamic Spectrum and Traffic Load Management (1/6)
    30. 15. Energy Savings for Mobile Communication Networks through Dynamic Spectrum and Traffic Load Management (2/6)
    31. 15. Energy Savings for Mobile Communication Networks through Dynamic Spectrum and Traffic Load Management (3/6)
    32. 15. Energy Savings for Mobile Communication Networks through Dynamic Spectrum and Traffic Load Management (4/6)
    33. 15. Energy Savings for Mobile Communication Networks through Dynamic Spectrum and Traffic Load Management (5/6)
    34. 15. Energy Savings for Mobile Communication Networks through Dynamic Spectrum and Traffic Load Management (6/6)
    35. 16. Toward Energy-Efficient Operation of Base Stations in Cellular Wireless Networks (1/8)
    36. 16. Toward Energy-Efficient Operation of Base Stations in Cellular Wireless Networks (2/8)
    37. 16. Toward Energy-Efficient Operation of Base Stations in Cellular Wireless Networks (3/8)
    38. 16. Toward Energy-Efficient Operation of Base Stations in Cellular Wireless Networks (4/8)
    39. 16. Toward Energy-Efficient Operation of Base Stations in Cellular Wireless Networks (5/8)
    40. 16. Toward Energy-Efficient Operation of Base Stations in Cellular Wireless Networks (6/8)
    41. 16. Toward Energy-Efficient Operation of Base Stations in Cellular Wireless Networks (7/8)
    42. 16. Toward Energy-Efficient Operation of Base Stations in Cellular Wireless Networks (8/8)
    43. 17. Green Wireless Access Networks (1/9)
    44. 17. Green Wireless Access Networks (2/9)
    45. 17. Green Wireless Access Networks (3/9)
    46. 17. Green Wireless Access Networks (4/9)
    47. 17. Green Wireless Access Networks (5/9)
    48. 17. Green Wireless Access Networks (6/9)
    49. 17. Green Wireless Access Networks (7/9)
    50. 17. Green Wireless Access Networks (8/9)
    51. 17. Green Wireless Access Networks (9/9)
    52. 18. Energy Efficient Communications in MIMO Wireless Channels (1/8)
    53. 18. Energy Efficient Communications in MIMO Wireless Channels (2/8)
    54. 18. Energy Efficient Communications in MIMO Wireless Channels (3/8)
    55. 18. Energy Efficient Communications in MIMO Wireless Channels (4/8)
    56. 18. Energy Efficient Communications in MIMO Wireless Channels (5/8)
    57. 18. Energy Efficient Communications in MIMO Wireless Channels (6/8)
    58. 18. Energy Efficient Communications in MIMO Wireless Channels (7/8)
    59. 18. Energy Efficient Communications in MIMO Wireless Channels (8/8)
    60. 19. Minimising Power Consumption to Achieve More Efficient Green Cellular Radio Base Station Designs (1/5)
    61. 19. Minimising Power Consumption to Achieve More Efficient Green Cellular Radio Base Station Designs (2/5)
    62. 19. Minimising Power Consumption to Achieve More Efficient Green Cellular Radio Base Station Designs (3/5)
    63. 19. Minimising Power Consumption to Achieve More Efficient Green Cellular Radio Base Station Designs (4/5)
    64. 19. Minimising Power Consumption to Achieve More Efficient Green Cellular Radio Base Station Designs (5/5)
    65. 20. Energy Conservation of Mobile Terminals in Multi-cell TDMA Networks (1/8)
    66. 20. Energy Conservation of Mobile Terminals in Multi-cell TDMA Networks (2/8)
    67. 20. Energy Conservation of Mobile Terminals in Multi-cell TDMA Networks (3/8)
    68. 20. Energy Conservation of Mobile Terminals in Multi-cell TDMA Networks (4/8)
    69. 20. Energy Conservation of Mobile Terminals in Multi-cell TDMA Networks (5/8)
    70. 20. Energy Conservation of Mobile Terminals in Multi-cell TDMA Networks (6/8)
    71. 20. Energy Conservation of Mobile Terminals in Multi-cell TDMA Networks (7/8)
    72. 20. Energy Conservation of Mobile Terminals in Multi-cell TDMA Networks (8/8)
    73. 21. Energy Efficiency for Wireless Relay Systems (1/5)
    74. 21. Energy Efficiency for Wireless Relay Systems (2/5)
    75. 21. Energy Efficiency for Wireless Relay Systems (3/5)
    76. 21. Energy Efficiency for Wireless Relay Systems (4/5)
    77. 21. Energy Efficiency for Wireless Relay Systems (5/5)
    78. 22. Holistic Approach to Green Wireless Communications Based on Multicarrier Technologies (1/5)
    79. 22. Holistic Approach to Green Wireless Communications Based on Multicarrier Technologies (2/5)
    80. 22. Holistic Approach to Green Wireless Communications Based on Multicarrier Technologies (3/5)
    81. 22. Holistic Approach to Green Wireless Communications Based on Multicarrier Technologies (4/5)
    82. 22. Holistic Approach to Green Wireless Communications Based on Multicarrier Technologies (5/5)
    83. 23. Green Video Streaming over Cellular Networks (1/7)
    84. 23. Green Video Streaming over Cellular Networks (2/7)
    85. 23. Green Video Streaming over Cellular Networks (3/7)
    86. 23. Green Video Streaming over Cellular Networks (4/7)
    87. 23. Green Video Streaming over Cellular Networks (5/7)
    88. 23. Green Video Streaming over Cellular Networks (6/7)
    89. 23. Green Video Streaming over Cellular Networks (7/7)
  13. Part III: Focus on Wireline Communications
    1. 24. Trading off. Energy and Forwarding Performance in Next-Generation Network Devices (1/6)
    2. 24. Trading off. Energy and Forwarding Performance in Next-Generation Network Devices (2/6)
    3. 24. Trading off. Energy and Forwarding Performance in Next-Generation Network Devices (3/6)
    4. 24. Trading off. Energy and Forwarding Performance in Next-Generation Network Devices (4/6)
    5. 24. Trading off. Energy and Forwarding Performance in Next-Generation Network Devices (5/6)
    6. 24. Trading off. Energy and Forwarding Performance in Next-Generation Network Devices (6/6)
    7. 25. Energy Effcient VI Planning over Converged Optical Network and IT Resources (1/5)
    8. 25. Energy Effcient VI Planning over Converged Optical Network and IT Resources (2/5)
    9. 25. Energy Effcient VI Planning over Converged Optical Network and IT Resources (3/5)
    10. 25. Energy Effcient VI Planning over Converged Optical Network and IT Resources (4/5)
    11. 25. Energy Effcient VI Planning over Converged Optical Network and IT Resources (5/5)
    12. 26. Energy Aware Techniques In IP-Over-WDM Backbone Networks (1/5)
    13. 26. Energy Aware Techniques In IP-Over-WDM Backbone Networks (2/5)
    14. 26. Energy Aware Techniques In IP-Over-WDM Backbone Networks (3/5)
    15. 26. Energy Aware Techniques In IP-Over-WDM Backbone Networks (4/5)
    16. 26. Energy Aware Techniques In IP-Over-WDM Backbone Networks (5/5)
    17. 27. Energy-Aware Network Management and Content Distribution (1/6)
    18. 27. Energy-Aware Network Management and Content Distribution (2/6)
    19. 27. Energy-Aware Network Management and Content Distribution (3/6)
    20. 27. Energy-Aware Network Management and Content Distribution (4/6)
    21. 27. Energy-Aware Network Management and Content Distribution (5/6)
    22. 27. Energy-Aware Network Management and Content Distribution (6/6)
    23. 28. Energy Saving Strategies in Fixed Access Networks (1/4)
    24. 28. Energy Saving Strategies in Fixed Access Networks (2/4)
    25. 28. Energy Saving Strategies in Fixed Access Networks (3/4)
    26. 28. Energy Saving Strategies in Fixed Access Networks (4/4)
  14. Back Cover

Product information

  • Title: Green Communications
  • Author(s): Jinsong Wu, Sundeep Rangan, Honggang Zhang
  • Release date: April 2016
  • Publisher(s): CRC Press
  • ISBN: 9781466501089