PHD PROJECTS IN OMNET++

PHD PROJECTS IN OMNET++

Omnet++ is a discrete event simulator framework for various communication networks. Omnet++ is a great boon for both researchers and students. Omnet++ provide generic and flexible architecture so most developers do their PhD projects in Omnet++ to integrate and analyze network communication.

Features of PhD projects in Omnet++:

  • Unidirectional Links.

  • Energy management.

  • Failure node probability.

  • Mobility implementation.

  • Wireless communication.

PhD projects in Omnet++ provide Omnet++ as a event simulator written in C++ with high scalable, modular structure. It ensures an infrastructure for transformation of messages. Omnet++ referred as Objective Modular Network Testbed in C++. It is an open source and distributed among various networks which is free of cost for academic research institutions.

PHD PROJECTS IN OMNET++

PHD PROJECTS IN OMNET++

PHD PROJECTS IN OMNET++

Simulations are performed under various GUI (Graphical User Interface) support and animation of use interface which is useful for Debugging and Demonstration purpose. Omnet++ also supports command line interface simulation. User interface simulators are highly portable. PhD projects in Omnet++ analyze and testing on different operating system. Simulation can be modified (or) reused (or) newly written based on our convenient. The operating such as:

  • Windows.

  • Linux.

  • Mac OS/X.

Omnet++ also referred as component based architecture. Two kind of modules are exist they are simple module and compound module. Active module referred as simple module. Entire network architecture referred as compound module. Compound called model written in C++ and modules are written in NED Language which is a network organization.

Modular description of network is provided by NED languages. Various component of NED are given as:

  • Definition or Channel.

  • Network Definition.

  • Import Directives.

  • Simple and Compound module Definition.

PHD PROJECTS IN OMNET++

Omnet++consist of NED language topology Description (.ned) which ensure module structure with parameters and gates. NED files can be written by any text editor (or) GNED graphical editor which is very easy to read and understand by human.

Efficient tools are provided describe actual system structure for PhD projects in omnet++.

Main characteristics for Omnet++ tool:

  • Flexible module parameters.

  • Nested module hierarchically.

  • Instance module type.

  • Topology description.

  • Channels are used for message communication.

Application of PhD projects in Omnet++:

  • Business process.

  • Chemical plant.

  • Criminal justice system.

  • Computer network.

  • Freeway system.

Currently various network simulators are developed with many features. Among various simulators Omnet++ is one of the milestones of network simulator. More researchers and developers are do their PhD projects in Omnet++ to study and Analyze various network simulation process.