OMNET++ Network Simulator

For wireless sensor network simulations, we provide numerous project topics that can be investigated by employing OMNeT++, thereby offering to various study passion within this discipline:

  1. Energy-Efficient Routing Protocols for WSNs
  • Aim: To improve the lifetime of sensor networks, aim to model, simulate, and contrast energy-effective routing protocols.
  • Applicable Areas: Determining aspects such as routing path selection, node energy levels, and data collection approaches, concentrate on constructing or simulating protocols that reduce energy usage at the time of data transmission and receiving.
  1. WSN Applications in Precision Agriculture
  • Aim: In order to track ecological situations and enhance crop management, simulate the implementation of wireless sensor networks in accurate farming.
  • Applicable Areas: Concentrating on data gathering such as temperature, humidity, and soil dampness, and its influence on agricultural selections and resource usage, it is appreciable to create simulations that design the implementation of sensor nodes among a farm.
  1. Security Mechanisms in WSNs
  • Aim: It is approachable to investigate and simulate safety technologies to secure WSNs from different attacks such as illicit access, node capture, and data manipulating.
  • Applicable Areas: Specifically, in protecting WSN communications and data, aim to assess the performance of cryptographic methods, intrusion detection systems, and safer routing protocols.
  1. Integration of WSNs with IoT
  • Aim: For smart city applications, research the incorporation of wireless sensor networks with the Internet of Things (IoT).
  • Applicable Areas: Concentrating on the limitations of data management, connectivity, and scalability, aim to simulate settings where WSNs dedicate to IoT frameworks in urban platforms, like congestion management, ecological tracking, and smart lighting.
  1. Mobility Models in WSNs
  • Aim: Specifically, in settings such as calamity response or wildlife monitoring, research the influence of node mobility on the effectiveness of wireless sensor networks.
  • Applicable Areas: In order to interpret in what way, the events of base stations or sensor nodes impact data precision, energy usage, and network connectivity, it is better to create and simulate mobility systems.
  1. WSN Protocols for Underwater Sensor Networks
  • Aim: Examining the specific limitations of underwater platforms, simulate and assess interaction protocols formulated for underwater wireless sensor networks (UWSNs).
  • Applicable Areas: Intending to enhance data transmission effectiveness and consistency, concentrate on protocols that solve problems such as high delay, node mobility, and constrained bandwidth in aquatic situations.
  1. Cross-Layer Optimization in WSNs
  • Aim: By determining communications among various protocol layers, it is appreciable to construct and simulate cross-layer optimization approaches to enhance the entire effectiveness of a network.
  • Applicable Areas: To improve parameters like throughput, latency, and energy effectiveness, investigate policies that encompass cooperation among physical, MAC, network, and application layers.
  1. Data Aggregation Algorithms in WSNs
  • Aim: For decreasing data replication and preserving energy in sensor networks, aim to assess the effectiveness of different data collection methods.
  • Applicable Areas: Various collection policies that gather and process data at intermediate nodes have to be simulated by examining their influence on energy usage and network bandwidth.
  1. Scalability of WSNs
  • Aim: Concentrating on the limitations and approaches for extending WSNs in complication and size, research the scalability of wireless sensor networks.
  • Applicable Areas: Determining factors such as routing efficacy, maintenance overhead, and network topology, it is approachable to construct simulations in such a way that investigates the effectiveness of WSNs as the number of nodes rises.
  1. Lifetime Optimization in Battery-Powered WSNs
  • Aim: Solving the crucial limitation of energy restriction in sensor nodes, simulating policies for enhancing the lifespan of battery-powered WSNs.
  • Applicable Areas: In order to expand the functional lifetime of sensor networks, aim to examine approaches like energy harvesting, duty cycling, and power-effective interaction protocols.

How do I create a project in OMNeT++?

Numerous processes are encompassed to develop a project in OMNeT++, that range from arranging the OMNeT++ platform to setting up and executing your simulation. The following is a general instruction that assist you to begin with a novel project in OMNeT++ in an effective manner:

Step 1: Install OMNeT++

  1. Download OMNeT++: Initially, you should go to the OMNeT++ blog. Based on your operating system, download the suitable version.
  2. Install: It is advisable to adhere to the installation guidelines that are offered in the package. Based on your OS, installation might encompass obtaining the archive and executing the installer or configure script.
  3. Set Environment Variables: By means of establishing any environment attributes, the documentation or installer will direct you in the proper way.

Step 2: Launch OMNeT++

  • By clicking to the OMNeT++ folder and executing the omnetpp executable, open the OMNeT++ IDE. You might identify a shortcut developed at the time of installation on a few of the frameworks.

Step 3: Create a New Project

  1. Create Project: You should go to File > New > OMNeT++ Project, in the OMNeT++ IDE. Name for your project has to be entered and aim to choose a place when you want to convert it from the default.
  2. Select Project Type: A kind of project should be selected. Generally, choosing an “Empty Project” could be an excellent starting point for learners, but when you need to investigate certain characteristics, you can also select from different instances.
  3. Finish Setup: In order to finish the project arrangement, adhere to the remaining of the guidelines. Normally, regarding the inclusion of assistance for characteristics such as INET for network simulations the expert will ask, which you could encompass on the basis of the requirements of your project.

Step 4: Create a Simulation Model

  1. Add a NED File: Typically, the network topology is described by Network Description (NED) documents. In the Project Explorer, right-click your project and choose New > Other > OMNeT++ and select NED File. You must specify a name to it and finally click Finish.
  2. Define Components: Describe your network elements such as links, nodes, etc in the NED file. The following is a basic instance:

network SimpleNetwork



        node1: StandardHost;

        node2: StandardHost;


        node1.ethg++ <–> { delay = 100ms; } <–> node2.ethg++;


  1. You have the INET model installed and are employing its StandardHost element are considered in this instance.
  2. Add a Configuration File: By right-clicking the project and selecting New > File, develop an omnetpp.ini file to arrange your simulation. In what way you might arrange the simulation for the SimpleNetwork is given here:


network = SimpleNetwork

**.node1.numUdpApps = 1

**.node1.udpApp[0].typename = “UdpBasicApp”

**.node1.udpApp[0].destAddresses = “node2”

**.node1.udpApp[0].destPort = 1000

**.node1.udpApp[0].messageLength = 100B

**.node1.udpApp[0].sendInterval = 1s

  1. A fundamental UDP application is created by this arrangement on node1 in order to send messages to node2.

Step 5: Build and Run the Simulation

  1. Build the Project: In the Project Explorer, right-click your project and focus on choosing Build Project.
  2. Run: After developing the project, once again right-click your project. Then select Run As > OMNeT++ Simulation. This step opens the OMNeT++ simulation runtime platform, where you are allowed to execute and communicate with your simulation.

Step 6: Analyze Results

  • To visualize and examine the outcomes of your simulation, focus on utilizing the OMNeT++ IDE’s analysis tools. The packet flows, network topologies, and statistical data produced by your simulation can be observed.
Omnet++ Wireless Sensor Network Simulation Ideas

Omnet++ Wireless Sensor Network Simulation Project Topics

The following section presents a discussion on the current trending topics in the field of wireless sensor network simulation projects using Omnet++. Our team specializes in developing Omnet++ projects that focus on wireless technologies such as Zigbee for wireless sensor networks. Additionally, we provide support to students in creating WSN Omnet++ projects by utilizing Network Description Language and designing topologies for wireless sensor networks with the help of our experienced researchers. Furthermore, we have developed the Castalia simulation framework specifically for wireless sensor network projects. If you share your project details with us, we would be delighted to assist you in any way we can.

  1. Towards Dynamic Virtual Private Service Networks: Design and Self-Management
  2. Lightness: A Function-Virtualizable Software Defined Data Center Network With All-Optical Circuit/Packet Switching
  3. Self-healing mechanism in the WDM all optical metropolitan network: SHONET
  4. Methods for rapidly testing node reachability on multiple virtual private networks and evaluation
  5. UltraFlow Access Network With Remotely Powered and Controlled Quasi-Passive Reconfigurable Remote Node
  6. Trusted Node Deployment Strategies for Long-Haul Quantum Key Distribution Networks
  7. Multi-Layer Network Operation and Management for Future Carrier Backbone Networks
  8. Empirical analysis and comparison of IPv4-IPv6 traffic: A case study on the campus network
  9. Research and Design of Network Servers Monitoring System Based on SNMP
  10. Experimental Demonstration of an Impairment Aware Network Planning and Operation Tool for Transparent/Translucent Optical Networks
  11. Design and Performance Evaluation of Hexagonal Topology Networks with Novel Routing Algorithms
  12. Generalized virtual networking: An enabler for service centric networking and network function virtualization
  13. Centralized ultra-precision service control system for providing ultra-precision services in large-scale deterministic networks
  14. Intelligent Network Slicing in the Multi-Access Edge Computing for 6G Networks
  15. On Incremental Deployment of Named Data Networking in Local Area Networks
  16. Restorability on 3-connected WDM networks under single and dual physical link failures
  17. Optimization gateway discovery mechanisms for hybrid ad hoc networks
  18. Impact of protection strategies on the cost of next generation hybrid PON access networks
  19. Comparative analysis of protection schemes for fixed mobile converged access networks based on hybrid PON
  20. Advanced Networked Server Management and Operational Implementations
  21. Software-defined network aided lightweight group key management for resource-constrained Internet of Things devices
  22. Software-Defined Network enabled Vehicle to Vehicle secured data transmission protocol in VANETs
  23. Data Traffic Classification in Software Defined Networks (SDN) using supervised-learning
  24. Reduction of energy consumption and delay of control packets in Software-Defined Networking
  25. Inline detection of Denial of Service Attacks in Software Defined Networking using the Hotelling Chart
  26. Software-defined converged access network with cross-layer intelligent control architecture
  27. Evaluating the Impact of Software-defined Networks’ Reactive Routing on BitTorrent Performance
  28. Design and analysis of techniques for mapping virtual networks to software-defined network substrates
  29. SDFog-Mesh: A software-defined fog computing architecture over wireless mesh networks for semi-permanent smart environments
  30. Laman: A supervisor controller based scalable framework for software defined networks
  31. Software defined radio for vector network analysis: Configuration, characterization and calibration
  32. Ransomware detection and mitigation using software-defined networking: The case of WannaCry
  33. Software defined wireless sensor networks application opportunities for efficient network management: A survey
  34. Data-driven software defined network attack detection : State-of-the-art and perspectives
  35. Load-balancing routing in software defined networks with multiple controllers
  36. ProgLab: Programmable labels for QoS provisioning on software defined networks
  37. Optimal placement of virtual network functions in software defined networks: A survey
  38. A survey on the architecture, application, and security of software defined networking: Challenges and open issues
  39. Estimation of Adaptation Parameters for Scalable Video Streaming over Software Defined Networks
  40. A lightweight protocol for consistent policy update on software-defined networking with multiple controllers


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