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OMNeT++ Code projects can be technically described as a discrete event simulator based on C++ which has hierarchically nested modules. It can transmit messages with the help of communication channels. It has flexible module parameters and NED used topology description language.
OMNeT++ Supports for:
- Canva 2D and OSG 32 visualising tools
- Supported in OMNEST
- Cmdenv used command line interface
- Result analysis tools such as Numpy, MatPlothib, Grace, Scalars, Spread sheet, GNED, R007, GNU, Scipy, Prove.
- External interfaces that extends to red time simulation
- Qtenv and Tkenv graphical user interface
- C++ module, INI and NED are the main files used
- Utility cases and simulation kernel are the two major components of OMNET++ Code.
Frameworks Used for OMNeT++ Simulation:
There are two OMNeT++ simulation frameworks, they are as follows.
- Supports Mac Simulator, Positif and Chsim
- Support CASTALIA
- Supported in ad hoc networks and wireless sensor network
- It provides models for IPV6, TCP, UDP and Adhoc routing protocols.
- Used for wired and wireless networks.
- Supports simulators like veins and OverSim
Important elements of OMNeT++:
C++ Class Library:
- User Interface
- Utility classes
- Data collection classes
- Modules, Connections and gates
- Container glasses
- Simulation Kernel
- Statistics and distribution estimation classes
- Transient detection and result accuracy detection classes
- Utility classes deals with routing support, recording simulation results, Pattern matching, random member generator, Watches and snapshots.
NED Defined Topology:
- Hierarchical typed module structure
- Helps topological description language
- Flexible partitioning of model
- Contains random variables.
Stages of OMNeT++ Simulation:
- It is based on message files, C++ class library and NED
Step we followed in OMNeT++ Simulation:
- Through Opp-msgc program .msg files are converted into C++ codes.
- In order to form .exe file C++ sources links the simulation kernel with user interface library.
- As soon as the simulation program starts NED files get loaded.
- At the time of program starting topological description regarding NED files are read.
- Later on the configuration files are read
- Based on the given instructions all the simulation programs run.
- Output scalar files and output vector files once again return in the form of output file.
The Process of OMNeT++ Installation:
- Mac OS X 10.10, Windows 7 and 10, UNIX or Linux systems are the platforms supported.
- Using cloudSim it can be integrated with Ican cloud.
- For embedded application support in Omnest integrated with Matlab
- Hardware integration is provided with Hardware loop by using Omnest.
Most essentials and issues of OMNeT++ Code:
–Due to our extensive work on OMNeT++ we have discovered few hidden facts regarding it. They are presented here for your reference.
-If you come across “Not for commercial use” error at the time of using SUMO and Veins LTE you should follow this method.
- Go to the environment pat in Make file inc.in and change it based on the installation path.
- A compiler error which occur when you have developed an application using OMNeT++ and SimLTE but now you are using OMNeT++(4.4). To solve this you can this next method.
- Change the environment path in makes file inc.in.
- If you are asked to build OMNeT++ again and again it is due to this.
- As there is 2000 in build files on OMNeT++ and you use 2GB RAM capacity with 750 compiled files which create this error.
Installation Error for OS3 Framework:
- During installation all DLLS files to the binary folder.
Few Recent Research Topics of OMNeT++:
Underwater Sensor Network:
- Opportunistic routing
- Noise-aware routing
Wireless Sensor Adhoc Network:
- Cross-layer design
- Energy-aware routing
- Energy optimized data aggregation
Software Defined Network:
- Different attacks mitigation
- Management of user tasks
- Load balancing
- Multi-controller design
- Flow table maintenance
5G cellular network:
- Massive MIMO
- Higher data rates
- Handoff techniques
- User side security
Vehicular Adhoc Network:
- Grouping of vehicles and platoon selection
- Data dissemination
- Vide streaming
- Attack-aware routing
- Traffic management
- Congestion avoidance
- Safety message transmission
We hope that the above provided introduction might have given you basic knowledge about OMNeT++ Code. If you want more information you can approach us through our ever active online service.We will support you in all the research aspects such as assignments, research proposal and lab cycles. Your destination will arrive at your door step with our help. So be part of our wondrous institute today.
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