WAN Protocol Projects Examples Using NS2

Wide Area Network (WAN) protocols that you can implement using NS2 are outlined in the following sections. We offer reliable and credible services tailored to your project needs. Our solutions guarantee that you can confidently present your research and simulations. For specialized topics, ns2project.com is a trusted resource.

  1. Comparative Study of Routing Protocols for WANs
  • Objective: Replicate diverse WAN routing protocols such as OSPF, EIGRP, and BGP in NS2 and measure their performance based on throughput, delay, and packet loss.
  • Method: Configure multiple WAN topologies and mimic network traffic. Use parameters to compare the effectiveness of each protocol.
  • Outcome: A detailed report on the strengths and flaws of each protocol in a WAN environment.
  1. Load Balancing in WANs Using Dynamic Routing
  • Objective: Execute and measure dynamic routing techniques for load balancing via a WAN.
  • Method: Mimic a multi-node WAN with dynamic traffic patterns and relate the performance of routing protocols such as OSPF and EIGRP in managing load balancing.
  • Outcome: Exploration of the ability of each protocol to capably allocate network load, leading to enhanced throughput and minimized latency.
  1. Quality of Service (QoS) Implementation in WAN Protocols
  • Objective: study on how WAN routing protocols such as MPLS and DiffServ manage QoS for numerous kinds of traffic such as video, voice, and data.
  • Method: Configure a WAN in NS2 and replicate different kinds of traffic with changing QoS requirements. Evaluate the performance of the WAN in diverse protocols.
  • Outcome: An evaluation of how efficiently each protocol help QoS for different services.
  1. WAN Traffic Congestion Management using MPLS
  • Objective: Execute MPLS in NS2 to minimize congestion and enhance bandwidth utilization in WAN environments.
  • Method: configure MPLS paths for diverse traffic flows via a WAN and relate the performance with traditional IP routing.
  • Outcome: A performance comparison presenting the advantages of MPLS in handling WAN traffic congestion.
  1. WAN Redundancy and Failover Protocols
  • Objective: Replicate failover mechanisms in a WAN to make sure redundancy and reliability in the course of network failures.
  • Method: Use routing protocols such as BGP or EIGRP in a WAN topology and mimic link or node failures to measure on how the network manages failover and recovery.
  • Outcome: A report on the efficiency of numerous WAN protocols in delivering network redundancy and maintaining connection reliability.
  1. Performance Analysis of Hybrid WAN Architectures
  • Objective: Emulate a hybrid WAN architecture that integrates MPLS and traditional IP routing, and evaluate the effect on performance.
  • Method: Utilize NS2 to mimic hybrid WANs, incorporating MPLS for certain traffic types and traditional IP routing for others. Assess throughput, latency, and packet delivery ratios.
  • Outcome: Understandings into the benefits of hybrid architectures in handling different kinds of traffic in WANs.

These projects will enable you to gain a deeper understanding of WAN protocols, and their performance can be measured using NS2’s extensive simulation capabilities. We deliver the objective, methods and outcomes for each projects example that is used to implement the WAN protocol in diverse settings. We plan to provide another set of examples in another manual.