Modern Communication Systems

Modern Communication Systems, available at $19.99, has an average rating of 3.75, with 96 lectures, based on 4 reviews, and has 85 subscribers.

You will learn about Take a deep-dive into Wireless Communication Learn about Wireless Technology and Wireless Spectrum Deep-dive into 5G and whats beyond Understand the Modulation and Antenna Systems Gain insights into Cognitive Radio Networks (CRN) Learn about Indoor Radio Planning and Tunnel Radio Planning Understand the working of Distributed Antenna Systems Take a deep dive into Mobile Network Engineering Understand how GSM network works Learn about EGPRS Explore 3rd Generation Networks Learn about HSPA, 4G-LTE, LTE-A, and more This course is ideal for individuals who are Electronics and Telecommunications Engineers or Network Engineers or Beginners and newbies aspiring for a career in Modern Communication Systems or Wireless Communications Engineers or Signal Processing Engineers or RF Engineers or IoT Engineers or Systems Architects or Instrumentation Engineers or Network Administrators or Research and Development (R&D) Engineers or Telecommunication Consultants or Data Scientist/Analysts or Project Managers It is particularly useful for Electronics and Telecommunications Engineers or Network Engineers or Beginners and newbies aspiring for a career in Modern Communication Systems or Wireless Communications Engineers or Signal Processing Engineers or RF Engineers or IoT Engineers or Systems Architects or Instrumentation Engineers or Network Administrators or Research and Development (R&D) Engineers or Telecommunication Consultants or Data Scientist/Analysts or Project Managers.

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Summary

Title: Modern Communication Systems

Price: $19.99

Average Rating: 3.75

Number of Lectures: 96

Number of Published Lectures: 96

Number of Curriculum Items: 96

Number of Published Curriculum Objects: 96

Original Price: $19.99

Quality Status: approved

Status: Live

What You Will Learn

Take a deep-dive into Wireless Communication

Learn about Wireless Technology and Wireless Spectrum

Deep-dive into 5G and whats beyond

Understand the Modulation and Antenna Systems

Gain insights into Cognitive Radio Networks (CRN)

Learn about Indoor Radio Planning and Tunnel Radio Planning

Understand the working of Distributed Antenna Systems

Take a deep dive into Mobile Network Engineering

Understand how GSM network works

Learn about EGPRS

Explore 3rd Generation Networks

Learn about HSPA, 4G-LTE, LTE-A, and more

Who Should Attend

Electronics and Telecommunications Engineers

Network Engineers

Beginners and newbies aspiring for a career in Modern Communication Systems

Wireless Communications Engineers

Signal Processing Engineers

RF Engineers

IoT Engineers

Systems Architects

Instrumentation Engineers

Network Administrators

Research and Development (R&D) Engineers

Telecommunication Consultants

Data Scientist/Analysts

Project Managers

Target Audiences

Electronics and Telecommunications Engineers

Network Engineers

Beginners and newbies aspiring for a career in Modern Communication Systems

Wireless Communications Engineers

Signal Processing Engineers

RF Engineers

IoT Engineers

Systems Architects

Instrumentation Engineers

Network Administrators

Research and Development (R&D) Engineers

Telecommunication Consultants

Data Scientist/Analysts

Project Managers

A warm welcome to the Modern Communication Systemscourse by Uplatz.

Modern communication systemsencompass a broad range of technologies and methodologies that facilitate the exchange of information among individuals, devices, and networks. These systems have evolved significantly over the years, driven by advancements in technology and the increasing demand for faster, more reliable, and versatile communication.

The key components and aspects of modern communication systems include:

1. Mobile Communication: Encompassing cellular networks, mobile communication involves the wireless transmission of voice and data. It includes technologies like 3G, 4G LTE, and the latest generation, 5G, which enables faster data transfer rates, lower latency, and increased device connectivity

2. Wireless Technologies: Beyond mobile communication, wireless technologies cover a broad spectrum, including Wi-Fi for local area networking, Bluetooth for short-range device connectivity, and various IoT (Internet of Things) protocols that enable communication among smart devices

3. 5G Technology: The fifth generation of mobile networks, 5G, represents a significant leap forward in terms of data speed, capacity, and connectivity. It introduces features like massive machine-type communication, ultra-reliable low-latency communication, and enhanced mobile broadband

4. Radio Networks: Radio networks form the backbone of wireless communication systems. This includes the design and management of radio frequency (RF) networks, which are essential for transmitting and receiving signals wirelessly

5. Antenna Systems: Antenna systems are critical components for wireless communication. They are responsible for transmitting and receiving signals efficiently. Understanding antenna design, placement, and optimization is crucial for effective communication system performance

6. Signal Processing: Signal processing involves the manipulation and analysis of signals to extract information. In the context of communication systems, signal processing plays a vital role in tasks such as modulation, demodulation, error correction, and noise reduction

7. Data Transmission and Networking: Modern communication systems rely on sophisticated data transmission techniques and network protocols. This includes the use of packet-switched networks, protocols like TCP/IP, and various communication standards that ensure seamless and reliable data exchange

8. Satellite Communication: Satellite communication systems enable long-distance and global connectivity. They are used for broadcasting, telecommunication, and internet services in remote or challenging-to-reach areas

9. Internet of Things (IoT): The integration of communication technologies with everyday objects characterizes the IoT. It involves interconnected devices and systems that communicate and share data, contributing to smart homes, cities, and industries

10. Cloud Communication: Cloud-based communication systems leverage cloud infrastructure to provide scalable and flexible services, enabling businesses and individuals to communicate and collaborate across various platforms

Understanding and mastering modern communication systems is essential for professionals in fields such as electrical engineering, computer science, telecommunications, and information technology. Courses and training programs in this domain cover a spectrum of topics to equip individuals with the skills needed to design, implement, and optimize communication systems in our interconnected world.

Modern Communication Systems – Course Curriculum

1. Evolution of Mobile Communication – I

2. Evolution of Mobile Communication – II

3. Wireless Spectrum and its Implementation in 5G – I

4. Wireless Spectrum and its Implementation in 5G – II

5. Wireless Spectrum and its Implementation in 5G – III

6. Wireless Technology 5G and Beyond – I

7. Wireless Technology 5G and Beyond – II

8. Practical 2G-3G-4G – I

9. Practical 2G-3G-4G – II

10. Practical 2G-3G-4G – III

11. Practical 2G-3G-4G – IV

12. Practical 2G-3G-4G – V

13. Introduction to HSPDA

14. Modulation and Antenna Systems

15. Introduction to 4G-LTE – I

16. Introduction to 4G-LTE – II

17. Introduction to 4G-LTE – III

18. Cognitive Radio Networks (CRN) – I

19. Cognitive Radio Networks (CRN) – II

20. Cognitive Radio Networks (CRN) – III

21. Cognitive Radio Networks (CRN) – IV

22. Indoor Radio Planning – I

23. Indoor Radio Planning – II

24. Indoor Radio Planning – III

25. Distributed Antenna Systems – I

26. Distributed Antenna Systems – II

27. Distributed Antenna Systems – III

28. Distributed Antenna Systems – IV

29. Distributed Antenna Systems – V

30. Distributed Antenna Systems – VI

31. Designing Indoor DAS solutions – I

32. Designing Indoor DAS solutions – II

33. Designing Indoor DAS Solutions – III

34. Designing Indoor DAS Solutions – IV

35. Designing Indoor DAS solutions – V

36. Designing Indoor DAS Solutions – VI

37. Designing Indoor DAS Solutions – VII

38. Traffic Dimensioning – I

39. Traffic Dimensioning – II

40. Noise – I

41. Noise – II

42. Noise – III

43. The Link Budget – I

44. The Link Budget – II

45. Tools for Indoor Radio Planning – I

46. Tools for Indoor Radio Planning – II

47. Optimization of Radio Resources

48. Tunnel Radio Planning – I

49. Tunnel Radio Planning – II

50. Tunnel Radio Planning – III

51. Tunnel Radio Planning – IV

52. Covering Indoor Users from Outdoor Network – I

53. Covering Indoor Users from Outdoor Network – II

54. Small Cell Indoors – I

55. Small Cell Indoors – II

56. Application Examples – I

57. Application Examples – II

58. Application Examples – III

59. Planning Procedure

60. Mobile Network Engineering – I

61. Mobile Network Engineering – II

62. Mobile Network Engineering – III

63. GSM – I

64. GSM – II

65. GSM – III

66. EGPRS

67. Third Generation Network – I

68. Third Generation Network – II

69. Third Generation Network – III

70. HSPA – I

71. HSPA – II

72. 4G-LTE – I

73. 4G-LTE – II

74. 4G-LTE – III

75. 4G-LTE – IV

76. 4G-LTE – V

77. 4G-LTE – VI

78. LTE-A – I

79. LTE-A – II

80. From 5G to 6G – I

81. From 5G to 6G – II

82. Network of the Future – I

83. Network of the Future – II

84. Network of the Future – III

85. Future of Wireless Communication with 6G

86. AI and ML in 5G and 6G Era

87. 6G Wireless Communication Systems – I

88. 6G Wireless Communication Systems – II

89. 6G Architectures, Applications and Challenges – I

90. 6G Architectures, Applications and Challenges – II

91. Cybersecurity in Digital Transformation Era – I

92. Cybersecurity in Digital Transformation Era – II

93. Network Function Virtualization (NFV) – I

94. Network Function Virtualization (NFV) – II

95. Network Function Virtualization (NFV) – III

96. Network Function Virtualization (NFV) – IV

Embark on a transformative journey into the dynamic realm of Modern Communication Systems. This comprehensive course is designed to unravel the intricacies of cutting-edge technologies, exploring the evolution of mobile communication, wireless technologies, and the revolutionary 5G landscape. Delve into the architecture of radio networks, gaining insights into signal processing, antenna systems, and RF engineering. Equip yourself with the skills and knowledge needed to navigate the fast-paced world of communication systems, where connectivity is paramount and innovation knows no bounds. From the fundamentals to the latest advancements, this course is your gateway to mastering the foundations and emerging trends shaping the future of global communication.

Course Curriculum

Chapter 1: Evolution of Wireless Communication

Lecture 1: Part 1 – Evolution of Wireless Communication

Lecture 2: Part 2 – Evolution of Wireless Communication

Chapter 2: Wireless Spectrum and its Implications in 5G

Lecture 1: Part 1 – Wireless Spectrum and its Implications in 5G

Lecture 2: Part 2 – Wireless Spectrum and its Implications in 5G

Lecture 3: Part 3 – Wireless Spectrum and its Implications in 5G

Chapter 3: Wireless Technology – 5G and Beyond

Lecture 1: Part 1 – Wireless Technology – 5G and Beyond

Lecture 2: Part 2 – Wireless Technology – 5G and Beyond

Chapter 4: Practical – 2G – 3G – 4G

Lecture 1: Part 1 – Practical – 2G – 3G – 4G

Lecture 2: Part 2 – Practical – 2G – 3G – 4G

Lecture 3: Part 3 – Practical – 2G – 3G – 4G

Lecture 4: Part 4 – Practical – 2G – 3G – 4G

Lecture 5: Part 5 – Practical – 2G – 3G – 4G

Chapter 5: Introduction to HSPDA

Lecture 1: Introduction to HSPDA

Chapter 6: Modulation and Antenna Systems

Lecture 1: Modulation and Antenna Systems

Chapter 7: Introduction to 4G LTE

Lecture 1: Part 1 – Introduction to 4G LTE

Lecture 2: Part 2 – Introduction to 4G LTE

Lecture 3: Part 3 – Introduction to 4G LTE

Chapter 8: Cognitive Radio Networks (CRN)

Lecture 1: Part 1 – Cognitive Radio Networks (CRN)

Lecture 2: Part 2 – Cognitive Radio Networks (CRN)

Lecture 3: Part 3 – Cognitive Radio Networks (CRN)

Lecture 4: Part 4 – Cognitive Radio Networks (CRN)

Chapter 9: Indoor Radio Planning

Lecture 1: Part 1 – Indoor Radio Planning

Lecture 2: Part 2 – Indoor Radio Planning

Lecture 3: Part 3 – Indoor Radio Planning

Chapter 10: Distributed Antenna Systems

Lecture 1: Part 1 – Distributed Antenna Systems

Lecture 2: Part 2 – Distributed Antenna Systems

Lecture 3: Part 3 – Distributed Antenna Systems

Lecture 4: Part 4 – Distributed Antenna Systems

Lecture 5: Part 5 – Distributed Antenna Systems

Lecture 6: Part 6 – Distributed Antenna Systems

Chapter 11: Designing Indoor DAS Solutions

Lecture 1: Part 1 – Designing Indoor DAS Solutions

Lecture 2: Part 2 – Designing Indoor DAS Solutions

Lecture 3: Part 3 – Designing Indoor DAS Solutions

Lecture 4: Part 4 – Designing Indoor DAS Solutions

Lecture 5: Part 5 – Designing Indoor DAS Solutions

Lecture 6: Part 6 – Designing Indoor DAS Solutions

Lecture 7: Part 7 – Designing Indoor DAS Solutions

Chapter 12: Traffic Dimensioning

Lecture 1: Part 1 – Traffic Dimensioning

Lecture 2: Part 2 – Traffic Dimensioning

Chapter 13: Noise

Lecture 1: Part 1 – Noise

Lecture 2: Part 2 – Noise

Lecture 3: Part 3 – Noise

Chapter 14: The Link Budget

Lecture 1: Part1 – The Link Budget

Lecture 2: Part 2 – The Link Budget

Chapter 15: Tools for Indoor Radio Planning

Lecture 1: Part 1 – Tools for Indoor Radio Planning

Lecture 2: Part 2 – Tools for Indoor Radio Planning

Chapter 16: Optimizing the Radio Resource

Lecture 1: Optimizing the Radio Resource

Chapter 17: Tunnel Radio Planning

Lecture 1: Part 1 – Tunnel Radio Planning

Lecture 2: Part 2 – Tunnel Radio Planning

Lecture 3: Part 3 – Tunnel Radio Planning

Lecture 4: Part 4 – Tunnel Radio Planning

Chapter 18: Covering the Indoor Users from Outdoor Network

Lecture 1: Part 1 – Covering the Indoor Users from Outdoor Network

Lecture 2: Part 2 – Covering the Indoor Users from Outdoor Network

Chapter 19: Small Cell Indoors

Lecture 1: Part 1 – Small Cell Indoors

Lecture 2: Part 2 – Small Cell Indoors

Chapter 20: Application Examples

Lecture 1: Part 1 – Application Examples

Lecture 2: Part 2 – Application Examples

Lecture 3: Part 3 – Application Examples

Chapter 21: Planning Procedure

Lecture 1: Planning Procedure

Chapter 22: Mobile Network Engineering

Lecture 1: Part 1 – Mobile Network Engineering

Lecture 2: Part 2 – Mobile Network Engineering

Lecture 3: Part 3 – Mobile Network Engineering

Chapter 23: GSM

Lecture 1: Part 1 – GSM

Lecture 2: Part 2 – GSM

Lecture 3: Part 3 – GSM

Chapter 24: EGPRS

Lecture 1: EGPRS

Chapter 25: Third Generation Networks

Lecture 1: Part 1 – Third Generation Networks

Lecture 2: Part 2 – Third Generation Networks

Lecture 3: Part 3 – Third Generation Networks

Chapter 26: HSPA

Lecture 1: Part 1 – HSPA

Lecture 2: Part 2 – HSPA

Chapter 27: Deep-dive into 4G LTE

Lecture 1: Part 1 – Deep-dive into 4G LTE

Lecture 2: Part 2 – Deep-dive into 4G LTE

Instructors

Uplatz Training
Fastest growing global Technology & Cloud Training Provider

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2 stars: 1 votes

3 stars: 1 votes

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5 stars: 2 votes

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