Veins is an open source network simulation framework for running vehicular based Projects which can offer unrestricted extensibility. Veins simulator requires Omnet++ and sumo framework for simulation. Veins 3.0 is the current stable version which is downloaded and used for running vehicular network simulation framework.Veins 4 alpha 2 is unstable version which is also available for download but unstable version which is still in testing environment.Veins model can be used to solve challenges in vehicular Ad-hoc Network
Features of VEINS Simulator:
- Online Reconfiguration.
- Re-routing of vehicles.
- Wide Range of Metrics are utilized in Veins simulator.
- Fully detailed models of IEEE 802.11p.
- IEEE 1609.4 DSRC/WAVE network layers.
- Trusted Vehicular Mobility Model.
Advantages of VEINS:
- Flexibility.
- Acceptable Simulator.
- Active community with support.
- Beaconing.
- Provide integrated solution.
Benefits of VEINS simulator:
- Uses a TCP Connection and Python Scripts to enable SUMO whicj act as a mobility model in omnet++ simulation.
- Nodes can be freely interacted with the running road traffic simulation.
- Veins offers a comprehensive suite of IVC-specific models which serve as a modular framework for simulating applications.
Working Process of VEINS:
- Network simulation is performed by omnet++ along with the physical layer modeling.
- Both simulators are bi-directionally vechiles can be coupled.
- Simulations are performed on the basis of domain specific models for vehicular networking.
- WDM deployment in the local exchange network.
- Universal Personal Networking.
- Optical networking trends and evolution.
- Performance of probabilistic caching and cache replacement policies for Content-Centric Networks.
- Green Networking With Packet Processing Engines: Modeling and Optimization.
- Why we still don’t know how to simulate networks.
- A compound document framework for multimedia networking.
- Information Centric Networks for Parallel Processing in the Datacenter.
Network Veins Simulator Projects.
- Ethics in Social Networking: A Framework for Evaluating Online Information Disclosure.
- Structure of Dictionary Entries of Bangla morphemes for morphological rule generation for Universal Networking Language.
- Integrated Wireless Networking Architecture for Maritime Communications.
- Criticality of large delay tolerant networks via directed continuum percolation in space-time.
- Differentiated services provision in a converged DVB/IP networking environment.
- Motivation – networking – cooperation the Cisco Networking Academy Program from Hungary.
- Improved Multi-Path AODV Protocols for Real-Time Video Transport over Mobile Ad Hoc Networks.
- Message management in home networking based on XML.
- Software defined radio wideband networking QoS test bed.
- Cisco Networking Academy Learning Technologies Integration into the National Academic Standardised Study Programme.
IEEE Veins Omnet++ Simulation Projects.
- IEEE Standard Environmental and Testing Requirements for Communications Networking Devices Installed in Electric Power Substations – Redline.
- Impact of optical networking on paradigm shift in telecommunications infrastructure development
Signs of recovery in the optical networking arena. - The Trajectory Exposure Problem in Location-Aware Mobile Networking.
- Named Data Networking: A natural design for data collection in Wireless Sensor Networks.
- Next-Generation Applications on Cellular Networks: Trends, Challenges, and SolutionsOn the applicability of Architecture Description Languages to future internet networking environments.
- Multimedia communication and its impact on photonic networking.
- Using web-based and social networking technologies to disseminate coastal hazard mitigation information within the Pacific Northwest component of the Integrated Ocean Observing System (IOOS).
- Stumbl: Using Facebook to collect rich datasets for opportunistic networking research.