Wired LANs Projects Examples Using NS2

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  1. Performance Evaluation of Wired LANs:
    • Replicate a wired LAN and measure its performance in diverse traffic loads, has file transfers, video streaming, and web browsing. The project can concentrate on measuring throughput, latency, and packet loss in numerous network topologies like star, bus, or ring.
  1. QoS in Wired LANs:
    • Execute Quality of Service (QoS) mechanisms in a wired LAN to select different kinds of traffic. The project can discover how QoS metric such as bandwidth reservation and traffic shaping effect the performance of critical applications such as VoIP or video conferencing.
  2. Congestion Control in Wired LANs:
    • Replicate a wired LAN and execute congestion control approaches like TCP Reno or TCP Vegas. The project can concentrate on how these approaches decrease congestion and enhance network performance in high-traffic scenarios.
  3. Energy-Efficient Wired LANs:
    • Improve a simulation to measure energy-efficient approaches in a wired LAN. The project can discover how approaches such as energy-efficient Ethernet (EEE) and link power management minimize power consumption in switches and network devices without compromising performance.
  4. Wired LAN Security with VLANs:
    • Mimic a wired LAN with Virtual LANs (VLANs) to improve network security and traffic isolation. The project can concentrate on how VLANs can be used to segment diverse departments or users in a network while maintaining high performance and security.
  5. Wired LAN Load Balancing:
    • Execute load-balancing techniques in a wired LAN to share traffic via multiple paths or switches. The project can concentrate on enhancing network utilization, decreasing bottlenecks, and accumulative fault tolerance in a LAN setting.
  6. Wired LAN Fault Tolerance and Redundancy:
    • Mimic a wired LAN with fault tolerance mechanisms like link aggregation or redundant paths. The project can discover how these methods help maintain network connectivity and performance in the event of link or device failures.
  7. Ethernet Switching Performance in Wired LANs:
    • Mimic a network of Ethernet switches in a wired LAN and measure on how switch configuration, buffer sizes, and forwarding approaches such as store-and-forward or cut-through affects the network performance.
  8. Wired LAN Traffic Analysis:
    • Execute a wired LAN simulation and accomplish traffic analysis to learn the types and patterns of traffic being routed. The project can concentrates on classifying network bottlenecks and enhancing traffic flow via appropriate resource allocation and routing approches.
  9. Wired LAN for Industrial Automation:
    • Improve a simulation of a wired LAN for industrial automation, in which devices like sensors, controllers, and actuators interact over a reliable network. The project can discover the certain necessities for low latency, high reliability, and security in industrial LANs.

These Wired LANs project examples using NS2 cover a range of topics from performance evaluation and security to energy efficiency and fault tolerance.

In this module, we deliver the information through the instruction regarding to the example projects for Wired LANs that were executed using ns2. Additional details regarding the Wired LANs will also be provided