Network Simulation Course in IP Addressing and Internet Protocols

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"Join the Computer Techniques Engineering Department at Al-Mustaqbal University for a comprehensive Network Simulation Course taught by Dr. Muamer N. Mohammed. Learn about IP addressing, Internet protocols, binary conversions, IP address classes, and more. Understand how interfaces are connected practically through wired Ethernet and wireless WiFi connections. Dive into the world of networking with hands-on learning experiences. Maximize your knowledge on IP addresses and network configurations to excel in the field of computer engineering and technology."

  • Network Simulation
  • IP Addressing
  • Internet Protocols
  • Computer Engineering
  • Technology

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  1. Computer Techniques Engineering Department College of Engineering and Technology Al-Mustaqbal University Network Simulation Course BY Dr. Muamer N. Mohammed 1

  2. Lecture5 Addressing 2

  3. IPaddressing 223.1.1.1 IPaddress: 32-bit (identifier for host, routerinterface) interface:connection between host/routerand physical link router s typicallyhave multiple interfaces host typically has one or two interfaces (e.g., wired Ethernet, wireless802.11) IP addressesassociated with eachinterface 223.1.2.1 223.1.1.2 223.1.1.4 223.1.2.9 223.1.3.27 223.1.1.3 223.1.2.2 223.1.3.2 223.1.3.1 223.1.1.1 = 11011111 00000001 00000001 00000001 223 1 1 1 3

  4. IP addressing: introduction 223.1.1.1 Q: how areinterfaces actuallyconnected? A: we ll learn aboutthat in. PRACTICAL 223.1.2.1 223.1.1.2 223.1.1.4 223.1.2.9 223.1.3.27 223.1.1.3 223.1.2.2 A: wired Ethernet interfaces connected by Ethernetswitches 223.1.3.2 223.1.3.1 A: wireless WiFi interfaces connected by WiFi base station 4

  5. Internet IPAddresses IP Address as a 32-Bit Binary Number 5

  6. Decimal ToBinary Decimal Equivalents of 8-Bit Patterns 6

  7. Binary and DecimalConversion 7

  8. IP Address Classes 8

  9. IP Address Classes 9

  10. IP Addresses as Decimal Numbers 10

  11. Hosts for Classes of IP Addresses Class A (24 bits for hosts) 224 - 2* = 16,777,214 maximumhosts Class B (16 bits for hosts) 216 - 2* = 65,534 maximum hosts Class C (8 bits for hosts) 28 - 2* = 254 maximumhosts * Subtracting the network and broadcast reserved address 11

  12. End of Lecture 12

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