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Computer Networks
  • Computer Networks
  • Computer Network
    • Presentation Topic
    • Introduction to Computer Network
      • What is Computer Network
      • History of Computer Network
      • Uses of Computer Network
      • Network Classification
        • Geographical Coverage
        • Network Topology
        • Based on Ownership
        • Based on Service and Access Control
      • IP Addressing
      • Networking Devices
      • Example Networks
    • Network Models
      • OSI Model
      • TCP/IP Model
      • Comparison of OSI and TCP/IP Model
    • Physical Layer
      • Transmission Media
        • Guided Media
          • Coaxial Cable
          • Twisted Pair Cable
          • Optical Fiber
          • Comparison of Guided Media
        • Unguided Media
          • Radio Wave
          • Microwave
          • Infrared
        • Comparison between Satellites and Fiber
        • Comparison between Guided and Unguided Media
      • Performance
      • Multiplexing
        • Frequency-Division Multiplexing (FDM)
        • Wavelength-Division Multiplexing (WDM)
        • Time-Division Multiplexing (TDM)
        • Code-Division Multiplexing (CDM)
      • Switching
        • Circuit Switching
        • Packet Switching
    • Data Link Layer
      • Error Detection and Correction
        • Types of Errors
        • Block Coding
          • Parity Check Code
        • Cyclic Codes
          • Cyclic Redundancy Check
          • Cyclic Code Encoder Using Polynomials
        • Checksum
        • Forward Error Correction
      • Data Link Control
        • DLC Services
          • Framing
          • Flow and Error Control
          • Connectionless and Connection-Oriented
        • Data Link Layer Protocols
          • Simple Protocol
          • Stop-and-Wait Protocol
          • Piggybacking
      • Media Access Control (MAC)
        • Random Access
          • ALOHA
          • CSMA
          • CSMA/CD
          • CSMA/CA
        • Channelization
          • FDMA
          • TDMA
          • CDMA
        • Ethernet
          • Ethernet Protocol
          • Standard Ethernet
          • Fast Ethernet
          • Gigabit Ethernet
          • 10 Gigabit Ethernet
      • Wireless LANs
        • Bluetooth
        • WiFi (IEEE 802.11)
        • WiMAX
        • Cellular Network
        • Satellite
    • Network Layer
      • Subnetting
      • Congestion Control Algorithm
      • Quality of Service
      • Routing Algorithm
    • Transport Layer
      • Untitled
    • Application Layer
      • Untitled
    • Network Security & Cyber Security
      • Attack
      • Cryptography
      • Symmetric Key Algorithm
      • Public Key Algorithm
      • Digital Signature
      • Security
      • Privacy
      • Social Engineering
    • Cloud Computing
    • Internet of Things
  • Computer Network Laboratory
    • Lab Report Format
    • Lab 1: Introduction to Packet Tracer
    • Lab 2: Basic Connection (P2P, Hub, Switch, Router)
    • Lab 3: Network Topology Design
    • Lab 4: Class Test 1
    • Lab 5: Midterm Examination
    • Lab 6: Twisted Pair Cable Wiring
    • Lab 7: DHCP, DNS, Email Server Design
    • Lab 8: Subnet Design
    • Lab 9: Class Test 2
    • Lab 10: Final Examination
  • References
    • Presentation Guidelines
    • Basic Networking Commends
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  1. Computer Network Laboratory

Lab 3: Network Topology Design

Design the Following Network Topology (In-class)

  • Bus

  • Ring

  • Tree

  • Mesh

Design the Following Network Topology (Lab Report)

  • Bus

  • Ring

  • Star

  • Tree

  • Mesh

  • Hybrid

  • Two Different Topology with the same IPs

NB:

  • Use Static IP

  • Use both Hub and Switch

  • Use one printer in each topology

PreviousLab 2: Basic Connection (P2P, Hub, Switch, Router)NextLab 4: Class Test 1

Last updated 2 years ago