Home Network Basis(c) Transmission Environments and Wired/Wireless Protocols 

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• 1. Main Page

• 2. Table of content

• 3. Copyright

  Copyright Dedication

• 4. About Prentice Hall Professional Technical Reference

  About Prentice Hall Professional Technical Reference

• 5. Preface

  Preface

• 6. References

  References

• 7. Acknowledgments

  Acknowledgments

• 8. Chapter 1. Introduction

  Chapter 1. Introduction

• 9. 1.1 Home Environment

  1.1 Home Environment

• 10. 1.2 Available Means of Transmission

  1.2 Available Means of Transmission

• 11. 1.3 Chapter Summaries

  1.3 Chapter Summaries

• 12. 1.4 References

  1.4 References

• 13. Chapter 2. Twisted Pair

  Chapter 2. Twisted Pair

• 14. 2.1 Twisted Pair Cable

  2.1 Twisted Pair Cable

• 15. 2.2 Twisted Pair Cable Channel Model

  what is the height of a house that is 41 ft.by40ft. twisted piar physical transmission channel energy transfer matrix equivalent impedance

• 16. 2.3 Noise Model

  2.3 Noise Model

• 17. 2.4 Radio Frequency Interference

  2.4 Radio Frequency Interference

• 18. 2.5 Channel Capacity

  2.5 Channel Capacity

• 19. 2.6 MATLAB Files

  2.6 MATLAB Files

• 20. 2.7 References

  2.7 References

• 21. Chapter 3. Coaxial Cable

  Chapter 3. Coaxial Cable

• 22. 3.1 In-House TV Wiring

  3.1 In-House TV Wiring

• 23. 3.2 Coaxial Cable Model

  3.2 Coaxial Cable Model

• 24. 3.3 Splitters

  3.3 Splitters

• 25. 3.4 Tap

  3.4 Tap

• 26. 3.5 Cable TV Channel Allocation Scheme

  3.5 Cable TV Channel Allocation Scheme

• 27. 3.6 Channel Model

  3.6 Channel Model

• 28. 3.7 Noise Environment

  3.7 Noise Environment

• 29. 3.8 Channel Capacity

  3.8 Channel Capacity

• 30. 3.9 MATLAB Files

  3.9 MATLAB Files

• 31. 3.10 References

  3.10 References

• 32. Chapter 4. Electrical Wiring

  Chapter 4. Electrical Wiring

• 33. 4.1 In-House Electrical Wiring Cable

  4.1 In-House Electrical Wiring Cable

• 34. 4.2 In-House Electrical Wiring Model

  4.2 In-House Electrical Wiring Model

• 35. 4.3 Electromagnetic Emission and Power Spectrum Density

  4.3 Electromagnetic Emission and Power Spectrum Density

• 36. 4.4 Noise Environment

  4.4 Noise Environment

• 37. 4.5 Channel Capacity

  4.5 Channel Capacity

• 38. 4.6 Matlab Files

  4.6 Matlab Files

• 39. 4.7 References

  4.7 References

• 40. Chapter 5. Radio Wave

  Chapter 5. Radio Wave

• 41. 5.1 Available Radio Frequency Spectra

  5.1 Available Radio Frequency Spectra

• 42. 5.2 Indoor Radio Environment

  5.2 Indoor Radio Environment

• 43. 5.3 Channel Attenuation Model

  5.3 Channel Attenuation Model

• 44. 5.4 Channel Impulse Response Model

  5.4 Channel Impulse Response Model

• 45. 5.5 Noise Level

  5.5 Noise Level

• 46. 5.6 Channel Capacity Calculation

  5.6 Channel Capacity Calculation

• 47. 5.7 MATLABSimulink Models

  5.7 MATLABSimulink Models

• 48. 5.8 References

  5.8 References

• 49. Chapter 6. Ethernet

  Chapter 6. Ethernet

• 50. 6.1 Media Access and Control Protocol

  6.1 Media Access and Control Protocol

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