OMNeT++ Simulator Projects

OMNeT++ Simulator a public source, component based open architecture simulation with strong GUI to design discrete event system. We offer OMNET++ simulation source code to handle multiple fixed and mobile nodes and communication links, workload, security issues and routing model. We provide OMNET++ a discrete event simulation tool used by academic and research oriented projects. We enhance OMNET++ simulation source code as fully programmable and modular to design reusable components. By simulation code on OMNET++ we display network graphics output and animated message flow.

Modeling Concepts in OMNET++:

Various network models composed of modules, to communicate with other modules by message passing. We create modules by C++ programming language and it divided into two types are simple and compound modules. An arbitrary data part of message ensures communication among modules. Simple module send message to destination through direct connection or gates. We use single level modules to make link among two modules. We permit OMNET++ to ensure hierarchical structure for message travel by chain connection. Every module has parameter to share configuration data to simple modules.

Hierarchical Modules in OMNET++:

We provide various OMNET++ projects for M.Tech students which need hierarchical nested modules to establish communication by sharing information to each other. Every hierarchical module composed of system module and sub module. System module start node communication and hierarchical module depth is unlimited messages, gates and links in OMNET++ simulation source code:

We create graphic simulation for message, link and gateways by OMNET++. We provide simple and compound module to ensure communication by exchanging information. In OMNET++ we  represent message as frame/Result. Routing protocol is required to establish path from source to destination node. We permit OMNET++ to simulate time for send and receive message. Gate acts as interface among input and output module.

Modeling Packet Transmission:

Physical link model is used to establish new communication networks. After network communication it transmit packet to validate system performance. We establish connections by following parameters are propagation rate, bit rate, data rate and packet error rate. We use OMNET++ to differentiate channel type based on parameters. Parameters are as string, numeric or Boolean values.

Benefits of OMNET++ Simulation Codes:

We attain following benefits in OMNET++ which referred from Elsevier OMNET++ based papers are:

• Evaluate complex communication system performance.
• Provide basic infrastructure and tools for writing simulation.
• Validate MANET, WSN, VANET, open flow and SDN network architecture.
• Basic infrastructure tool to write simulation.
• Provide accurate real world simulation for wireless body area network, queuing network and live streaming network.
• It runs under various user interfaces.

We proposed more than 90+ projects with OMNET++ simulation source code to evaluate a network performance in an efficient way.

Peer to Peer live streaming projects in Omnet++:

We use live streaming technology to reduce difficult stream flow over internet. Node in P2P network act as client and server based on process. We simulate Omnet++ for cliver serve model in live streaming projects. We provide Omnet++ as live streaming system infrastructure symmetric nodes of P2P system, establish dynamic leaves, failure and join nodes. We handle the issues as bottleneck, network address translation gateway and dynamics are efficiently solved by Omnet++ simulation tool.

Omnet++ in WBAN:

We provide WBAN with various tiny nodes to ensure communication based on wireless network radio frequency. We enhance continuous monitoring system for human activities and health status by Oment++ simulation we handle sensor validation, constant monitoring, consistent performance, and interoperability issues in WBAN are solved by OMNET ++. We implemented more than 90 projects in OMNET ++ with WBAN for various applications.