Omnet++ projects

Omnet++ projects

Omnet++ projects referred as an event simulator for distributed system and communication networks. It worked under various interfaces such as graphical user interface for debug, demonstration and command line interface for batch execution. Kernels are embedded with architecture to ensure GUI support for Omnet++ applications. It provide generic and feasible for various area such as hardware architecture, business process, IT system and queuing networks.

Omnet++ projects

Omnet++ projects

Omnet++ projects component:

  • Executable link simulation.

  • Documentation tool.

  • Simulation execution with GUI support.

  • Vector plotting tool for graphical output.

  • NED Files Network editor.

  • Random number generation tool.

  • Interface for simulation execution.

  • Visualization tools.

  • NED (Network Description Language) compiler.

  • Kernel library simulation.

  • File creation tool.

Omnet++ projects

Omnet++ referred as Objective Modular Network Test Bed in C++ projects is coded in NED and C++ language. The Languages are used to separate topology design and implementation of module. NED uses a Layout Description which composed of various definitions such as Network Definition, Module definition and Channel definition.

Characteristics of Omnet++:

  • Instance module type.

  • Channel communication via message.

  • Flexible parameter module.

  • Topology description.

  • Hierarchically Nested modules.

Various frameworks for Omnet++ projects:

  • SIMSAN framework for storage Area Network.

  • Acid simtool framework used for simulation of recovery protocols and concurrency control.

  • Castalia framework for wireless sensor network.

  • INET framework for TCP/IP based wired wireless simulation framework.

  • Cdn sim framework for content distribution Network simulation.

  • Simulations of Control Network, Field Bus framework are used.

Major goal of Omnet++ is to generate a powerful open source simulation tool which is being used by education of distributed and parallel system, many Research Institutions and computer Networks. Structured and reusable models are created by various approaches of Omnet++.

Benefits of Omnet++ projects:

  • Power consumption problem are ignored.

  • Message communication for different layer protocols.

  • Debug and trace are dynamically performed by GUI (Graphical user Interface).

  • Mobility framework support MAC protocol for wireless Network simulation in Omnet++.

  • Simple and friendly interactive interface to generate new code.

Omnet++ ensures great support in Network by Omnet community extension. Reduction of simulation time is achieved by Omnet++ than other simulation tools. It is a standard tool to study and analyze wired and wireless networks. It enhances a development in system integration, emulation of network, and real time environment simulation.