Curiasity | Computer Networks Basic

Course / Course Details

Computer Networks Basic

Computer Science

By - Sasikala
0 students
N/A
(0)

Course Description

This course introduces the fundamental concepts of computer networking. Students will learn how computers communicate, how data travels across networks, and the essential networking devices used in homes, businesses, and the internet. The course covers network types, topologies, protocols, IP addressing, network hardware, and basic troubleshooting techniques. It is designed for beginners with no prior networking experience and provides a strong foundation for further studies in networking, cybersecurity, and IT infrastructure.

Course Outcomes

By the end of this course, learners will be able to:

Understand the purpose and importance of computer networks.
Identify different types of networks such as LAN, MAN, WAN, and PAN.
Explain common network topologies and their advantages.
Recognize networking devices including routers, switches, hubs, modems, and access points.
Understand the basics of IP addressing and subnetting concepts.
Describe the functions of common networking protocols such as TCP/IP, HTTP, HTTPS, FTP, and DNS.
Understand the OSI and TCP/IP networking models.
Configure basic network settings on computers and devices.
Identify common network problems and perform basic troubleshooting.
Build a solid foundation for advanced networking and cybersecurity studies.

Course Curriculum

1 chapters
104 lectures
0 quizzes
N/A total length

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1 Introduction to Computer Networks

9.44 Min

2 Computer Networks Basic Characteristics

8.57 Min

3 Computer Networks Basic Characteristics

8.57 Min

4 Network Protocols Communications Part 1

12.26 Min

5 Network Protocols Communications Part 2

10.32 Min

6 Components of a Computer Network

9.54 Min

7 Classification of Computer Networks

8.52 Min

8 Network Topology

13.36 Min

9 Network Topology Solved Questions

11.57 Min

10 Basics of IP Addressing

8.23 Min

11 Basics of MAC Addressing

7.19 Min

12 Basics of Port Addressing

8.21 Min

13 Switching Techniques in Computer Networks

12.35 Min

14 Layering in Computer Networks

7.04 Min

15 The OSI Reference Model Part 1

7.54 Min

16 The OSI Reference Model Part 2

11.46 Min

17 The OSI Reference Model Part 3

16.26 Min

18 The OSI Reference Model Part 4

9.14 Min

19 Addressing in Networking

15.23 Min

20 The TCP IP Protocol Suite

10.09 Min

21 Basic Networking Commands Part 1

14.11 Min

22 Basics of Cisco Packet Tracer Part 1

12.26 Min

23 Basics of Cisco Packet Tracer Part 2 | Hub

13.43 Min

24 Basics of Cisco Packet Tracer Part 3 | Switch

11.58 Min

25 Basics of Router

10.15 Min

26 Basics of Cisco Packet Tracer Part 4 | Router

14.35 Min

27 Basics of Cisco Packet Tracer Part 5 | Repeater

7 Min

28 Basics of Bridge

5.18 Min

29 Network Devices

4.46 Min

30 Network Devices Solved Questions

8.23 Min

31 Physical Layer and Media Part 1

6.49 Min

32 Physical Layer and Media Part 2

7.47 Min

33 Physical Layer and Media Part 3

11.03 Min

34 Line Configuration

6.22 Min

35 Link Layer Services

9.14 Min

36 Sub layers of the Data Link Layer

6.4 Min

37 Framing Part 1

7.12 Min

38 Framing Part 2

6.27 Min

39 Framing Part 3

4.15 Min

40 High Level Data Link Control HDLC

6.16 Min

41 Bit Stuffing

4.34 Min

42 Binary Synchronous Communications Protocol BISYNC

6 Min

43 Point to Point Protocol PPP

6.11 Min

44 Digital Data Communications Message Protocol DDCMP

4.37 Min

45 Error Detection

8.08 Min

46 Vertical Redundancy Check VRC

7.09 Min

47 Longitudinal Redundancy Check LRC

7.26 Min

48 Checksum

9.31 Min

49 Cyclic Redundancy Check CRC Part 1

9.07 Min

50 Cyclic Redundancy Check CRC Part 2

5.45 Min

51 Cyclic Redundancy Check Solved Problem

8.56 Min

52 Network Performance

6.31 Min

53 Latency

6.14 Min

54 Latency Simulation

5 Min

55 Bandwidth Delay Product

5.22 Min

56 Delay Solved Problem

3.48 Min

57 Round Trip Time RTT

3.32 Min

58 Flow Control

5.15 Min

59 Stop and Wait Protocol

7.26 Min

60 Stop and Wait ARQ Protocol

6.21 Min

61 Sliding Window Protocol

7.54 Min

62 Go Back N ARQ

10.55 Min

63 Go Back N ARQ Solved Problem 1

15.21 Min

64 Go Back N ARQ Solved Problem 2

8.09 Min

65 Selective Repeat ARQ

5.07 Min

66 Selective Repeat ARQ Solved Problem 1

5.18 Min

67 Selective Repeat ARQ Solved Problem 2

3.41 Min

68 Sliding Window Protocol Solved Problem 1

3.44 Min

69 Sliding Window Protocol Solved Problem 2

3.42 Min

70 Multiple Access Protocols

7.37 Min

71 Pure Aloha

12.1 Min

72 Slotted Aloha

9.24 Min

73 Carrier Sense Multiple Access CSMA – Part 1

12.46 Min

74 Carrier Sense Multiple Access CSMA – Part 2

13.01 Min

75 Controlled Access Protocol – Reservation

5.25 Min

76 Controlled Access Protocol – Polling

7.37 Min

77 Controlled Access Protocol – Token Passing

6.39 Min

78 Channelization Protocols

10.42 Min

79 Ethernet

13.04 Min

80 Ethernet Solved Questions Part 1

14.05 Min

81 Ethernet Solved Questions Part 2

8.04 Min

82 Ethernet Transmitter Algorithm

11.43 Min

83 Experience with Ethernet

5.43 Min

84 Ethernet Solved Question 1

3.12 Min

85 Ethernet Solved Question 2

5.15 Min

86 Ethernet Solved Question 3

4.26 Min

87 IEEE 802 11 Wireless Fidelity Wi Fi

11.14 Min

88 IEEE 802 11 Distribution System

15.05 Min

89 IEEE 802 11 Wi Fi Frame Format

8.47 Min

90 Hidden Terminal Problem

4.13 Min

91 Exposed Terminal Problem

3.49 Min

92 Multiple Access with Collision Avoidance MACA

9.53 Min

93 Wi Fi Solved Question

3.49 Min

94 IEEE 802 15 1 Bluetooth

9.38 Min

95 Bluetooth Protocol Stack

6.54 Min

96 Virtual LAN VLAN

10.46 Min

97 Spanning Tree Protocol STP

19.54 Min

98 Spanning Tree Protocol Solved Question

9.13 Min

99 Logical Addressing Subnetting | Chapter 3 | Computer Networks | nesoacademy org

1.29 Min

100 Network Layer Protocols | Chapter 4 | Computer Networks | nesoacademy org

1.1 Min

101 Routing Protocols | Chapter 5 | Computer Networks | nesoacademy org

1.27 Min

102 NAT IPv6 | Chapter 6 | Computer Networks | nesoacademy org

103 Transport Layer | Chapter 7 | Computer Networks | nesoacademy org

1.18 Min

104 Application Layer Security | Chapter 8 | Computer Networks | nesoacademy org

Instructor

Sasikala

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Duration N/A
Lectures 104 lessons
Enrolled 0 students
Category: Computer Science
0 Quizzes
Language: English
Skill Level Beginner
Certificate of Completion
Full lifetime access

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