Principles of Digital Communication Systems and Computer Networks 

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• 1. Table of Contents

  Principles of Digital Communication Systems and Computer Networks

• 2. BackCover

• 3. Principles of Digital Communication Systems and Computer Networks

• 4. Preface

  ABOUT THE BOOK Planning a Career in TelecomDatacom

• 5. Part I: Digital Communication Systems

• 6. Chapter 1: Basics of Communication Systems

  1.1 BASIC TELECOMMUNICATION SYSTEM

• 7. 1.2 TYPES OF COMMUNICATION

  1.2 TYPES OF COMMUNICATION

• 8. 1.3 TRANSMISSION IMPAIRMENTS

  1.3 TRANSMISSION IMPAIRMENTS

• 9. 1.4 ANALOG VERSUS DIGITAL TRANSMISSION

  1.4 ANALOG VERSUS DIGITAL TRANSMISSION

• 10. Chapter 2: Information Theory

  encoding techniques in network data conversion Principles of Digital Communication Systems and Computer Networks Principle of digital communication (encoder circuit) NokiaX2-01/5.0 (07.10) Profile/MIDP-2.1 Configuration/CLDC-1.1 Mozilla/5.0 AppleWebKit/420 (KHTML, like Gecko) Safari/420 numerical example for source entropy in communication system

• 11. 2.2 ENTROPY OF AN INFORMATION SOURCE

  2.2 ENTROPY OF AN INFORMATION SOURCE

• 12. 2.3 CHANNEL CAPACITY

  2.3 CHANNEL CAPACITY

• 13. 2.4 SHANNON S THEOREMS

  2.4 SHANNON S THEOREMS 2.4.1 Source Coding Theorem 2.4.2 Channel Coding Theorem

• 14. Chapter 3: Transmission Media

  OVERVIEW

• 15. 3.1 TWISTED PAIR

  3.1 TWISTED PAIR

• 16. 3.2 COAXIAL CABLE

  3.2 COAXIAL CABLE

• 17. 3.3 OPTICAL FIBER

  3.3 OPTICAL FIBER

• 18. 3.4 TERRESTRIAL RADIO

  advantage electromagnetic spectrum mobile computer

• 19. 3.5 SATELLITE RADIO

  picture of earth geostational satellite geostationary satellites covering communication above earth satellite communications systems, examination, solution Outline the principles of the use of a geostationary satellite for communication on Earth

• 20. 3.6 RADIO SPECTRUM MANAGEMENT

  3.6 RADIO SPECTRUM MANAGEMENT 3.6.1 Spectrum Management Activities 3.6.2 Cost of Spectrum

• 21. Chapter 4: Coding of Text, Voice, Image, and Video Signals

  OVERVIEW

• 22. 4.1 TEXT MESSAGES

  4.1 TEXT MESSAGES

• 23. 4.2 VOICE

  4.2 VOICE 4.2.1 Waveform Coding 4.2.2 Vocoding

• 24. 4.3 IMAGE

  4.3 IMAGE

• 25. 4.4 VIDEO

  4.4 VIDEO

• 26. Chapter 5: Error Detection and Correction

  5.1 NEED FOR ERROR DETECTION AND CORRECTION

• 27. 5.2 ERROR DETECTION

  5.2 ERROR DETECTION 5.2.1 Parity 5.2.2 Block Codes

• 28. 5.3 ERROR CORRECTION

  5.3 ERROR CORRECTION

• 29. Chapter 6: Digital Encoding

  6.1 REQUIREMENTS FOR DIGITAL ENCODING

• 30. 6.2 CATEGORIES OF ENCODING SCHEMES

  6.2 CATEGORIES OF ENCODING SCHEMES

• 31. 6.3 NON-RETURN TO ZERO INVERTIVE (NRZ-I)

  6.3 NON-RETURN TO ZERO INVERTIVE (NRZ-I)

• 32. 6.4 NON-RETURN TO ZERO LEVEL (NRZ-L)

  6.4 NON-RETURN TO ZERO LEVEL (NRZ-L)

• 33. 6.5 MANCHESTER

  6.5 MANCHESTER

• 34. 6.6 RS232 STANDARD

  6.6 RS232 STANDARD

• 35. 6.7 BIPOLAR ALTERNATE MARK INVERSION (BIPOLAR AMI)

  6.7 BIPOLAR ALTERNATE MARK INVERSION (BIPOLAR AMI)

• 36. 6.8 HIGH-DENSITY BIPOLAR 3 (HDB3)

  how to programming the encoding technique for Bipolar-AMI using java how to draw HDB3 signal in digital communication? Drawing waveforms for different encoding

• 37. Chapter 7: Multiplexing

  7.1 MULTIPLEXING AND DEMULTIPLEXING

• 38. 7.2 FREQUENCY DIVISION MULTIPLEXING

  7.2 FREQUENCY DIVISION MULTIPLEXING

• 39. 7.3 TIME DIVISION MULTIPLEXING

  7.3 TIME DIVISION MULTIPLEXING 7.3.1 Statistical Time Division Multiplexing

• 40. 7.4 WAVE DIVISION MULTIPLEXING

  7.4 WAVE DIVISION MULTIPLEXING 7.4.1 Dense Wave Division Multiplexing

• 41. Chapter 8: Multiple Access

  OVERVIEW

• 42. 8.1 FREQUENCY DIVISION MULTIPLE ACCESS

  8.1 FREQUENCY DIVISION MULTIPLE ACCESS

• 43. 8.2 SPACE DIVISION MULTIPLE ACCESS

  8.2 SPACE DIVISION MULTIPLE ACCESS

• 44. 8.3 TIME DIVISION MULTIPLE ACCESS

  8.3 TIME DIVISION MULTIPLE ACCESS 8.3.1 Time Division Multiple AccessFrequency Division Duplex (TDMA-FDD) 8.3.2 Time Division Multiple AccessTime Division Duplex (TDMA-TDD)

• 45. 8.4 FDMATDMA

  8.4 FDMATDMA

• 46. 8.5 CODE DIVISION MULTIPLE ACCESS

  8.5 CODE DIVISION MULTIPLE ACCESS 8.5.1 Frequency Hopping (FH) 8.5.2 Direct Sequence CDMA

• 47. 8.6 ORTHOGONAL FREQUENCY DIVISION MULTIPLEXING (OFDM)

  8.6 ORTHOGONAL FREQUENCY DIVISION MULTIPLEXING (OFDM)

• 48. 8.7 CARRIER SENSE MULTIPLE ACCESS (CSMA)

  8.7 CARRIER SENSE MULTIPLE ACCESS (CSMA)

• 49. Chapter 9: Carrier Modulation

  9.1 WHAT IS MODULATION?

• 50. 9.2 WHY MODULATION?

  9.2 WHY MODULATION?

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