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Урок 1.
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Intro
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Урок 2.
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What is Computer Network
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Урок 3.
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How we use computer networks every day
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Урок 4.
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Why we should use Models to understand Computer Networking
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Урок 5.
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Capturing some data using Wireshark
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Урок 6.
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Applications and Protocols
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Урок 7.
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TCP/IP Model
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Урок 8.
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Mapping captured packets data to TCP/IP model layers
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Урок 9.
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OSI Model
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Урок 10.
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Bits and Bytes
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Урок 11.
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Protocol Data Units (PDUs)
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Урок 12.
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OSI vs TCP/IP Model
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Урок 13.
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Encapsulation and Decapsulation
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Урок 14.
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Introduction to the Ethernet Section
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Урок 15.
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What is Ethernet
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Урок 16.
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Cooper, Fiber and Wireless media
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Урок 17.
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NIC
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Урок 18.
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MAC Address
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Урок 19.
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Hexadecimal vs Binary
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Урок 20.
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Structure of the MAC address
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Урок 21.
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MAC address Notations
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Урок 22.
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Bandwidth
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Урок 23.
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Throughput
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Урок 24.
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Measuring throughput
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Урок 25.
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Latency
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Урок 26.
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RTT or PING
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Урок 27.
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Measuring RTT using Ping utility
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Урок 28.
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Jitter
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Урок 29.
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Packet loss rate
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Урок 30.
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Summary about Network Properties
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Урок 31.
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Network Switch
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Урок 32.
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How Network Switch Works
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Урок 33.
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Ethernet Frame Header
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Урок 34.
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Types of Communication
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Урок 35.
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Types of MAC Addresses
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Урок 36.
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Full-duplex vs Half-duplex
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Урок 37.
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Collision
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Урок 38.
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Collision handling Mechanisms
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Урок 39.
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Collision Domains
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Урок 40.
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Negotiation of the Speed and Duplex
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Урок 41.
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Analyzing Unicast Ethernet Frame headers
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Урок 42.
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Analyzing Broadcast Ethernet Frames
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Урок 43.
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Summary for Ethernet Section
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Урок 44.
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Introduction to the Network Layer Section
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Урок 45.
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Disadvantages of the switched network
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Урок 46.
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What is IP Address
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Урок 47.
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IPv4 vs IPv6 IP Addresses
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Урок 48.
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IPv4 Address Format
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Урок 49.
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MAC Address vs IP Address
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Урок 50.
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Types of IP addresses
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Урок 51.
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Router
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Урок 52.
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LAN vs WAN
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Урок 53.
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How Routers interconnect LANs
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Урок 54.
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Classes of the IP Addresses
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Урок 55.
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Localhost IP Address
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Урок 56.
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Accessing Web Server using Localhost IP Address
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Урок 57.
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Private vs Public IP Addresses
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Урок 58.
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What is Network
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Урок 59.
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Private IP Addresses Ranges
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Урок 60.
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Public IP Addresses Ranges
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Урок 61.
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Static IP Addresses
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Урок 62.
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Dynamic IP Addresses
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Урок 63.
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Changing Dynamic IP Address to Static and back
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Урок 64.
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IPv4 Header
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Урок 65.
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Analyzing one of the IPv4 Packets
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Урок 66.
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Analyzing other IPv4 Packets
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Урок 67.
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Summary for Introduction to Routing Section
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Урок 68.
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Introduction to the Networking Section
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Урок 69.
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Once again what is Network
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Урок 70.
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Network Example 1
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Урок 71.
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Network Example 2
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Урок 72.
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Network Example with Practice 3
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Урок 73.
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Converting Binary to Decimal
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Урок 74.
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Decimal to Binary Conversion
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Урок 75.
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Binary AND and OR Operators
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Урок 76.
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What is Network Mask
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Урок 77.
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Same Network or Different
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Урок 78.
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Are hosts in the same Network - Example 1
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Урок 79.
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Are hosts in the same Network - Example 2
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Урок 80.
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Are hosts in the same Network - Example 3
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Урок 81.
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How many hosts in the network - Example 1
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Урок 82.
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How many hosts in the network - Example 2
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Урок 83.
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How many hosts in the network - Example 3
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Урок 84.
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What is Subnetting
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Урок 85.
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Why Subnetting
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Урок 86.
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Subnetting example
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Урок 87.
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Nested Subnetting
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Урок 88.
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Masks and Subnetting Section Summary
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Урок 89.
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Introduction to the ARP and ICMP Section
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Урок 90.
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Default gateway
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Урок 91.
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What is ARP Protocol
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Урок 92.
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ARP Request and Response
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Урок 93.
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Analyzing ARP Requests and Responses using Wireshark
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Урок 94.
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How packets are sent to remote hosts
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Урок 95.
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ICMP Protocol
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Урок 96.
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Trying ICMP in action
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Урок 97.
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Sending packets to Remote Hosts
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Урок 98.
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ARP and ICMP Section Summary
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Урок 99.
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Introduction to the Transport Layer Section
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Урок 100.
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What is the purpose of the Transport Layer
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Урок 101.
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Client and Server
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Урок 102.
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Transport Layer Connection
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Урок 103.
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Application and Protocol Ports
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Урок 104.
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Observing how Web Browser creates different connections
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Урок 105.
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Multiplexing and de-multiplexing
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Урок 106.
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Port Ranges
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Урок 107.
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What is Network Socket
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Урок 108.
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Examples of the Network Sockets
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Урок 109.
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Multiple Sockets
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Урок 110.
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Same ports in different applications
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Урок 111.
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Analyzing sockets on the Windows Client
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Урок 112.
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Analyzing sockets on the Mac Client
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Урок 113.
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How Processes are bound to the Sockets
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Урок 114.
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Creating Web Server and making connections to it
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Урок 115.
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Trying to start multiple processes on the same port
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Урок 116.
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TCP vs UDP
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Урок 117.
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TCP Connection Establishment
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Урок 118.
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TCP Header
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Урок 119.
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Analyzing TCP Connection in Wireshark - PART 1
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Урок 120.
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Analyzing TCP Connection in Wireshark - PART 2
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Урок 121.
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UDP Protocol
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Урок 122.
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Analyzing UDP in Wireshark
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Урок 123.
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Transport Layer Section Summary
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Урок 124.
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Introduction to the Routing Section
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Урок 125.
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What are responsibilities of the Router
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Урок 126.
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Routing Table
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Урок 127.
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Routing between two networks
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Урок 128.
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End-to-end IP packet transmission Example Overview
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Урок 129.
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End-to-end IP packet transmission - PART 1
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Урок 130.
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End-to-end IP packet transmission - PART 2
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Урок 131.
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End-to-end IP packet transmission - PART 3
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Урок 132.
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End-to-end IP packet transmission Example Summary
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Урок 133.
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Multiple Routers
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Урок 134.
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Static vs Dynamic Routes
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Урок 135.
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Default Route
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Урок 136.
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How Default Route is matched
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Урок 137.
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Default routes usage
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Урок 138.
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How routers make routing decisions
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Урок 139.
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Dynamic Routing Protocols
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Урок 140.
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Classless inter-domain routing
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Урок 141.
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Routes Summarization
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Урок 142.
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RFC1918 Private IP Addresses
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Урок 143.
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Autonomous System
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Урок 144.
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Autonomous System Number
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Урок 145.
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Resolving Public IP Address to ASN
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Урок 146.
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IGP vs EGP
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Урок 147.
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Distance vector vs Link state Routing Protocols
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Урок 148.
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Filtered routes in BGP
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Урок 149.
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BGP Prefix Lists
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Урок 150.
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Multiple route paths
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Урок 151.
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Routing Protocols Metrics
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Урок 152.
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Equal cost load balancing
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Урок 153.
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Routing via Multiple Routers
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Урок 154.
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Using traceroute utility for tracing path to remote servers
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Урок 155.
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Routing Section Summary
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Урок 156.
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Introduction to the NAT Section
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Урок 157.
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Why NAT is needed
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Урок 158.
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Types of NAT
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Урок 159.
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How NAT works
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Урок 160.
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Static NAT
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Урок 161.
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Dynamic NAT
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Урок 162.
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Dynamic PAT
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Урок 163.
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Static PAT
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Урок 164.
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Demo - checking NAT settings on the Wireless Router
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Урок 165.
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NAT Section Summary
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Урок 166.
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Introduction to the DCHP and DNS Section
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Урок 167.
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Network configuration parameters of the hosts
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Урок 168.
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How DHCP Protocol works
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Урок 169.
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Analyzing DHCP Protocol using Wireshark
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Урок 170.
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Why domain names are needed
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Урок 171.
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Domain Name
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Урок 172.
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Uniform Resource Locator (URL)
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Урок 173.
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URL Ports and Fragments
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Урок 174.
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Domain name levels
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Урок 175.
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FQDN
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Урок 176.
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DNS in a nutshell
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Урок 177.
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How DNS works between client and server
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Урок 178.
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Nslookup utility
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Урок 179.
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Analyzing DNS Query and Response
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Урок 180.
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Facts about Domain Names
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Урок 181.
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DNS Registrars and DNS Registry
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Урок 182.
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DNS Registry Server Types
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Урок 183.
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Responsibilities of the DNS servers
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Урок 184.
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DNS Registry vs Library
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Урок 185.
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Structure of the DNS Registry vs Library
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Урок 186.
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Getting information about Domain names
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Урок 187.
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DNS Query Resolution Process
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Урок 188.
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DNS Record Types
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Урок 189.
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DNS records of my own domain
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Урок 190.
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DNS Caching
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Урок 191.
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DNS Round Robin
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Урок 192.
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Reverse DNS
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Урок 193.
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How Reverse DNS works
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Урок 194.
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Setting type of the query using extended nslookup
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Урок 195.
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DHCP and DNS Section Summary