PLU | Networking Concepts And Protocols (2018 EN)

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    Company: Pluralsight
    Author: Ross Bagurdes
    Full Title: Networking Concepts And Protocols
    Year: 2018
    Language: English
    Genre: Educational: Networking
    Skill Level: Beginner
    Price: -
    -
    Files: MP4 (+ Slides PDF)
    Time: 05:27:43
    Video: AVC, 1280 x 720 (1.778) at 30.000 fps, 450 kbps
    Audio: AAC at 74 Kbps, 2 channels, 44.1 KHz



    Networking concepts can be overwhelming and require a precision with which they need to be understood. This course will teach you the fundamentals of data networking in a language accessible to a novice technical user.

    Listening to a data network engineer speak about the equipment, maintenance, and operation of a networked system can often feel like you are listening to a foreign language. Although data networking hardware is not remarkably different in operation to your desktop computer, it’s application and configuration requires the implementation of protocols to ensure data moves from one device to another device, quickly and without error. In this course, Networking Concepts and Protocols, you will learn how the most important protocols on the Internet, like IP, TCP, and HTTP work together to deliver a web page from a server on the Internet to your desktop’s web browser. First, you will learn the secrets of the IP address. Next, you will learn the most important rules to help you understand if two devices can communicate or not. Finally, you will learn to use the OSI model to organize protocols to better understand how they interact with each other. By the end of this course, you will be able to quickly examine network configuration on your workstation and clearly understand the different components.


    Lessons:
    Course Overview
    01. Course Overview
    Introduction to Networking
    02. Introduction and Module Goals
    03. What Is Data Networking?
    04. Understanding Data Networking
    05. Modeling Systems
    06. Summary
    The OSI Model
    07. Introduction and Module Goals
    08. OSI Model: Physical Layer
    09. OSI Model: Data Link Layer
    10. OSI Model: Network Layer
    11. OSI Model: Transport Layer
    12. OSI Model: Application Layer
    13. OSI Model: Session and Presentation Layers
    14. Summary
    Protocols and Port Numbers
    15. Introduction and Module Goals
    16. Transferring Data: HTTP or HTTPs
    17. File Transfer: FTP, sFTP, TFTP, and SMB
    18. Demo: Examine FTP and SMB Operation
    19. Email: POP3, IMAP, and SMTP
    20. Demo: Examine POP3, IMAP, and SMTP
    21. Authentication: LDAP and LDAPs, and Network Services: DHCP
    22. Demo: IP Configuration via DHCP
    23. Domain Name System (DNS)
    24. Demo: Examine DNS Using nslookup
    25. Network Time Protocol (NTP)
    26. Network Management: Telnet and SSH
    27. Demo: Examine SSH Use
    28. Simple Network Management Protocol (SNMP)
    29. Remote Desktop Protocol (RDP) and Audio/Visual Protocol
    30. Summary
    TCP and UDP
    31. Introduction and Module Goals
    32. Transmission Control Protocol
    33. The 3-way Handshake
    34. The 4-way Disconnect
    35. User Datagram Protocol (UDP)
    36. Transport Layer Addressing: Port Numbers
    37. Application Layer Protocol Dependency
    38. Summary
    Introduction to Binary and Hexadecimal
    39. Introduction and Module Goals
    40. Binary 101
    41. Converting Binary to Decimal
    42. Converting Decimal to Binary
    43. Hexadecimal
    44. Summary
    Introduction to IP Addressing
    45. Introduction and Module Goals
    46. What Is an IP Address?
    47. IP Address Construction
    48. Classless Addressing
    49. Classful Addressing
    50. Address Types
    51. Network Address
    52. CIDR Notation
    53. Private IP Address
    54. Demo: Modify and Test IP Configuration
    55. Summary
    Subnetting Networks
    56. Introduction and Module Goals 1m 3s
    57. Components of an IP Network and Subnetting Basics 8m 13s
    58. Advanced Subnetting 0m 56s
    59. Summary
    Introduction to IPv6
    60. Introduction and Module Goals
    61. Address Sizes
    62. How Many IPv6 Addresses?
    63. Demo: Examine IPv6 Information on a PC
    64. IPv6 Address Acquisition
    65. IPv6 DHCP
    66. Summary
    Ethernet and Switching
    67. Introduction and Module Goals
    68. Ethernet
    69. Carrier Sense Multiple Access with Collision Detection
    70. Duplex and Speed
    71. Ethernet II Frame
    72. Network Topologies
    73. Demo: Examine the MAC Address Table
    74. Summary
    Switching Features
    75. Introduction and Module Goals
    76. Connecting Switches
    77. Intro to VLANS
    78. Switch Port Mirroring
    79. Power over Ethernet (PoE) 3
    80. Summary
    IP Routing
    81. Introduction and Module Goals
    82. OSI Model: Network Layer
    83. Basic Network
    84. Demo: Examine ARP Table
    85. The Default Gateway
    86. IP Routing
    87. More Advanced IP Routing
    88. Demo: Tracert
    89. Summary
    Network Services
    90. Introduction and Module Goals
    91. Network Topologies
    92. Network Address Translation
    93. Port Forwarding
    94. Access Control Lists
    95. Traffic Shaping
    96. Dynamic Host Configuration Protocol (DHCP)
    97. DNS Hierarchy Uniform Resource Locator
    98. Reverse DNS Lookup
    99. Summary


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