TORA protocol Project examples using omnet++
TORA protocol using the OMNeT++ tool project ideas that we worked are shared by us in this page. If you’re looking for new and unique thesis ideas, we’re here to help you find the best thesis topics and simulation performance results. We also offer network comparison to help you out! The below are the some project ideas based on the Temporally-Ordered Routing Algorithm (TORA) using OMNeT++:
- Basic TORA Protocol Implementation
- Objective: Execute the TORA protocol in a simulated ad-hoc network environment.
- Details:
- Generate a simple network topology with mobile nodes.
- Execute TORA to handles the route discovery and maintenance.
- Assess the performance of TORA in terms of route setup time, route maintenance overhead, and packet delivery ratio.
- Performance Comparison of TORA with Other Routing Protocols
- Objective: Compare the performance of TORA with other ad-hoc routing protocols such as AODV and DSR.
- Details:
- To mimic a mobile ad-hoc network with TORA, AODV, and DSR protocols.
- Measure the performance metrics like throughput, end-to-end delay, and control overhead in numerous network scenarios like varying node density, mobility, and traffic patterns.
- Delivers insights into the conditions in which TORA outperforms or underperforms relative to the other protocols.
- TORA Protocol in a Highly Dynamic Network
- Objective: Study the performance of TORA in highly dynamic network conditions.
- Details:
- Generate a network topology with high node mobility to emulate a dynamic environment.
- Use TORA to manage the frequent topological changes and retain connectivity.
- Evaluate how TORA adjusts to these changes that concentrate on metrics such as route stability, reconfiguration time, and packet loss.
- Energy-Efficient Routing with TORA
- Objective: Execute TORA with energy-aware improvements to enhance the power consumption in a mobile ad-hoc network.
- Details:
- Adjust the TORA protocol to contain the energy metrics in its routing decisions.
- Mimic a network in which the nodes have changing energy levels and analyse how the energy-aware TORA performs in terms of network lifetime and energy consumption.
- Compare this with the standard TORA protocol to assess the benefits of the improvements.
- TORA Protocol in Disaster Recovery Networks
- Objective: Measure the use of TORA in a disaster recovery scenario with an ad-hoc network.
- Details:
- Model a network topology that implements a post-disaster scenario in which the infrastructure is disturbed.
- Execute TORA to handles the communication among the emergency response teams.
- Evaluate the protocol’s performance in terms of reliability, speed of route setup, and adaptability to quickly varying the network conditions.
- TORA Protocol with QoS (Quality of Service) Enhancements
- Objective: Incorporate QoS considerations into the TORA protocol for better managing of multimedia traffic in a mobile network.
- Details:
- Adjust TORA to select the routes that can meet the particular QoS requirements like minimum bandwidth, maximum delay.
- Mimic a network with mixed traffic like voice, video, and data and measure how well the improved TORA handles to meet QoS demands.
- Measure the effects on performance metrics such as jitter, delay, and packet delivery for numerous kinds of traffic.
- TORA Protocol in Wireless Sensor Networks (WSNs)
- Objective: Modify and Execute TORA for use in Wireless Sensor Networks.
- Details:
- Adjust the TORA to account for the particular characteristics of WSNs like limited power and processing capabilities.
- Mimic a sensor network with TORA as the routing protocol and measure its performance in terms of energy efficiency, scalability, and data delivery success.
- Compare its performance against other WSN-specific routing protocols.
In this demonstration we successfully aggregated and deliver the instances for TORA protocol in diverse scenarios that were implements in OMNeT++ tool. If you need more details about the TORA protocol we will provide that too.