VANET Protocols Projects Examples Using NS2

VANET (Vehicular Ad-Hoc Network) protocols project examples using NS2 are provided To enhance the professionalism of your work, it is essential to submit all relevant research information to ns2project.com, where we will develop customized VANET  project ideas for you. For accurate thesis writing assistance, please send all pertinent VANET details via email, and our support team will promptly offer you a solution. :

  1. AODV in VANETs:
    • Execute the Ad hoc On-Demand Distance Vector (AODV) protocol in a VANET scenario using NS2. Measure the protocol’s performance in a dynamic vehicular environment with high mobility, concentrates on metrics such as packet delivery ratio, delay, and routing overhead.
  2. DSR in Urban VANET:
    • Replicate Dynamic Source Routing (DSR) in an urban VANET environment in NS2. Explore how DSR performs in densely populated areas with frequent route breakages because of high vehicle mobility. Relate the outcomes with other routing protocols based on route discovery and maintenance.
  3. Geographic Routing in VANETs:
    • Apply a geographic routing protocol like Greedy Perimeter Stateless Routing (GPSR) for VANETs in NS2. Discover how GPSR uses location information to route packets efficiently in a highly dynamic vehicular environment. Assess performance in diverse traffic densities and mobility patterns.
  1. Vehicular Delay-Tolerant Networks (DTN):
    • Design a delay-tolerant network (DTN) in VANETs in which network connectivity is intermittent. Mimic a routing protocol such as Epidemic Routing in NS2, that stores and forwards packets when vehicles satisfied. Evaluate how packet delivery success is effect by vehicle density and mobility patterns.
  2. Cluster-Based Routing in VANETs:
    • Execute a cluster-based routing protocol in which vehicles are grouped into clusters according to their proximity. Learn the effects of clustering on routing efficiency, network stability, and scalability in a VANET environment simulated in NS2.
  3. Position-Based Routing with Roadside Units (RSUs):
    • Replicate a position-based routing protocol that utilizes Roadside Units (RSUs) to enhance communication in VANETs. Measure the role of RSUs in improving packet delivery, minimizing delay, and supporting communication among vehicles in diverse geographic regions.
  4. Security-Oriented VANET Protocols:
    • Execute a security-focused VANET protocol in NS2, integrating approaches such as cryptographic authentication and protect message dissemination. Mimic scenarios in which malicious vehicles tries to disturb network communication, and measure the protocol’s capability to prevent and mitigate attacks.
  5. QoS-Aware VANET Routing:
    • Expand an existing VANET routing protocol in NS2 by adding Quality of Service (QoS) considerations. Learn on how the protocol selects diverse types of data such as emergency messages vs. routine communication and handles network resources to satisfied QoS demands.
  6. RSU-Assisted Broadcast Protocol:
    • Execute an RSU-assisted broadcast protocol in VANETs to enhance data dissemination, specifically for safety-related messages. Measure how RSUs help prevent broadcast storm difficulties in NS2 simulations with numerous vehicle densities.
  7. Mobility-Aware VANET Protocols:
  • Replicate a mobility-aware VANET routing protocol in NS2, in which the protocol adjusts to variation vehicular speeds and traffic patterns. Learn the impact of diverse mobility models on protocol performance, like freeway, urban, and rural driving scenarios.

These project ideas can help you to explore different aspects of VANET protocols using NS2.

Through the expounded manual, we presented the some example projects regarding the VANET including execution, strategies and their evaluation process in ns2 tool. We will also deliver another set of examples in another model if needed.