Suggested Digital Forensics Research Topic on omnet++ which are used by scholars are listed below. OMNeT++ is a robust simulation tool that is utilized across diverse domains in an extensive manner. Appropriate for OMNeT++ simulations, we list out some proposed research topics which are highly innovative as well as significant:
- Advanced Traffic Management in 5G Networks:
- In 5G networks, explore traffic handling methods on the basis of their application and effectiveness. Concentrate on the importance and handling of various kinds of traffic (for instance: video, IoT data).
- Simulation of SDN-based IoT Networks for Smart Cities:
- Specifically in the scenario of smart city applications, consider the implementation of Software-Defined Networking (SDN) across the Internet of Things (IoT) systems and simulate it with OMNeT++.
- Performance Analysis of Multi-hop Wireless Networks:
- In various platforms, diverse factors like network throughput, signal resilience, and interference have to be examined to explore the functionality of multi-hop wireless networks.
- Cybersecurity Protocols in Wireless Sensor Networks (WSNs):
- This project is mainly focused on WSNs. Especially in critical infrastructure tracking, consider the utilized cybersecurity protocols and examine their efficiency.
- Quantum Communication Networks Simulation:
- Plan to simulate various quantum networking protocols and quantum key distribution (QKD) to investigate quantum communications which is considered as the evolving domain.
- Evaluating Network Protocols for Satellite Communication:
- Appropriate for satellite communications, we aim to simulate diverse network protocols and assess their credibility and functionality. Different aspects such as orbital dynamics and signal latency have to be considered.
- Vehicular Ad-hoc Networks (VANETs) and Traffic Efficiency:
- On traffic effectiveness and security, analyze the effect of VANETs by emphasizing their simulation. Among roadside setup and vehicles, various interaction protocols have to be assessed.
- Integration of Renewable Energy Sources in Telecommunication Networks:
- In telecommunication network architecture, consider incorporating renewable energy sources for remote and rural regions. Then, explore the practicality and effectiveness of this incorporation.
- Machine Learning for Optimizing Network Performance:
- Particularly in improving entire network functionality, enhancing traffic flow, and forecasting network faults, we investigate the machine learning techniques’ application.
- Underwater Acoustic Sensor Network (UASN) Performance Analysis:
- In underwater platforms, aim to analyze interaction problems by simulating UASNs. Various factors such as data transmission credibility, noise, and signal attenuation have to be examined.
- Cross-Layer Protocol Design in MANETs:
- Concentrate on Mobile Ad-hoc Networks (MANETs) and explore the cross-layer protocols’ model and functionality in them. Examine how network efficacy can be enhanced by data exchange among layers.
- Simulating Edge Computing in IoT Networks:
- In IoT networks, the edge computing contribution has to be analyzed. Particularly in contexts such as industrial IoT and smart homes, consider aspects like bandwidth enhancement, latency minimization, and data processing.
OMNET++ simulation for network attacks
The process of simulating network assaults can be efficiently carried out with the aid of OMNeT++. For network assault simulation, we suggest a few intriguing plans that could be explored through the use of OMNeT++:
- DDoS Attack Simulation:
- Consider a Distributed Denial of Service (DDoS) assault which is encompassed in opposition to a network, and develop an appropriate context. For massive amounts of traffic that focus on overcrowding the resources, the reaction of the network has to be simulated. Assess different mitigation methods in terms of their efficiency.
- Man-in-the-Middle (MitM) Attack in Wireless Networks:
- In OMNeT++, we plan to configure a wireless network. Then, a MitM assault has to be simulated, in which the interaction among two users can be interrupted and potentially modified by assaulters. To identify and obstruct this kind of assault, the capability of security protocols should be examined.
- ARP Spoofing in Local Area Networks:
- Across a LAN, the Address Resolution Protocol (ARP) spoofing assault should be simulated. Concentrate on exploring how network traffic deviation or data interception can be caused by ARP spoofing. Consider security techniques and evaluate their efficacy.
- Simulating Worm Attacks in Network Topologies:
- The distribution of a network worm has to be simulated after developing various network topologies. Across the network, the spread of worms must be analyzed. On network functionality, examine the potential implications. Assess different firewall and antivirus policies based on their efficiency.
- Routing Protocol Attacks in Ad-hoc Networks:
- On routing protocols, the various assaults like black hole assaults have to be simulated. This topic specifically concentrates on VANETs or MANETs. In such assaults, a harmful node plans to interrupt or remove packets by incorrectly distributing ideal routes to particular nodes.
- Eavesdropping in Encrypted Communication Networks:
- In order to evaluate the weakness of different encryption protocols, an eavesdropping assault on encrypted networks should be simulated. Consider interrupting and decoding the interaction and examine its complexity.
- SYN Flood Attack on TCP Connections:
- A particular context must be configured, in which the TCP link creation process of a server is aimed by a SYN flood assault. To manage this kind of an assault, we assess the capability of the server. Focus on SYN flood protection techniques and analyze their efficiency.
- Phishing Attack Simulation in Enterprise Networks:
- Intend to develop a context, in which the phishing assaults are incorporated across an industrial network through harmful websites or emails. Carry out this approach even though the technical simulation is highly intricate. The efficiency of security awareness education and user activity has to be examined.
- Buffer Overflow Attacks in Network Software:
- A buffer overflow assault has to be simulated, which is aiming at network application software. The software strength must be evaluated. Consider different security techniques such as ASLR (address space layout randomization) and stack canaries and analyze their efficacy.
- Cross-Site Scripting (XSS) in Web Applications:
- In web-based network handling tools, the potential risks can be interpreted through simulating XSS assaults. Over network architecture, they are highly targeted at web applications.
As a means to conduct simulation with OMNeT++, numerous research topics are recommended by us, along with concise descriptions. Relevant to the simulation of network assaults, we proposed some fascinating plans which you can deal with OMNeT++ tool.
Suggested OMNET++ Research Topic
Read out some of the suggested OMNET++ Research Topic which are perfectly aligned ad worked by us are listed below.Drop us a message if you are in need of experts help.
- FOGPLAN: A Lightweight QoS-Aware Dynamic Fog Service Provisioning Framework
- Green Large-Scale Fog Computing Resource Allocation Using Joint Benders Decomposition, Dinkelbach Algorithm, ADMM, and Branch-and-Bound
- On Optimal Scheduling of OTA Software Updates for Smart Vehicles Leveraging Fog Computing
- Content-Centric Heterogeneous Fog Networks Relying on Energy Efficiency Optimization
- Fog Computing to Enable Geospatial Video Analytics for Disaster‐incident Situational Awareness
- Meet Genetic Algorithms in Monte Carlo: Optimised Placement of Multi-Service Applications in the Fog
- An Energy-Efficient Cross-Layer-Sensing Clustering Method Based on Intelligent Fog Computing in WSNs
- Towards An Efficient Key Management and Authentication Strategy for Combined Fog-to-Cloud Continuum Systems
- Min-Max Latency Optimization for Multiuser Computation Offloading in Fog-Radio Access Networks
- Reliability-Aware Fog Resource Provisioning for Deadline-Driven IoT Services
- A Fog Computing Based System for Selective Forwarding Detection in Mobile Wireless Sensor Networks
- An Integrated, Virtualized Joint Edge and Fog Computing System with Multi-RAT Convergence
- Distributed Anomaly Detection and PMU Data Recovery in a Fog-computing-WAMS Paradigm
- Optimizing the Number of Fog Nodes for Cloud-Fog-Thing Networks
- Energy Efficient Optimization for Computation Offloading in Fog Computing System
- CFC-ITS: Context-Aware Fog Computing for Intelligent Transportation Systems
- Dynamic Task Offloading Approach for Task Delay Reduction in the IoT-enabled Fog Computing Systems
- A Matching Theory Framework for Tasks Offloading in Fog Computing for IoT Systems
- Artificial Neural Networks-Based Intrusion Detection System for Internet of Things Fog Nodes
- A Fog Computing Paradigm for Efficient Information Services in VANET