This package contains the source code and simulation parameters for the KOI scheduling simulations.
For installation/build instructions, please consult the INSTALL file.
To execute an example simulation, build the simulation code as described in the INSTALL file. Then, have a look into the simulations folder for configurations.
To generate the documentation, you need the software Doxygen, to generate the C++ API docs. Additionally, you will need a working version of the Omnet++ Eclipse IDE. First, change to the directory where you downloaded the simulation software and run
$ doxygen Doxyfile
This command will place the C++ API docs in the directory doc/doxy.
To generate the documentation for the NED files, open the Omnet++ IDE
with a valid workspace. Then, import the KOI Simulator project by
choosing Import... from the File menu, then
Existing projects into Workspace as the import source.
Then, on the Import Projects mask, click Browse and navigate to the directory where you stored the simulator. Afterwards, a project named abstractLte should show up under Projects. Select it and click finish.
After you've imported the project successfully, right click it in your project
explorer and choose Generate NED Documentation. Now, you will find
the full documentation under the doc/neddoc directory. To read the
freshly generated documentation, point your browser to doc/index.html.
The documentation can be also found in Read the Docs.
This simulation was developed in the KoI project. It is partially based on older simulation software, coming out of RWTH Aachen, TU Berlin, KTH Stockholm, and Paderborn University. A grateful hattip to all the work that preceeded this one!
This simulator was used in and developed in the context of the followin papers (among others):
M. Bohge, J. Gross, and A. Wolisz “Optimal Soft Frequency Reuse and Dynamic Sub-carrier Assignments in Cellular OFDMA Networks” Transactions on Emerging Telecommunications Technologies, vol. 21, no. 8, pp. 704–713, 2010.
D. Parruca and J. Gross “Throughput Analysis of Proportional Fair Scheduling For Sparse and Ultra-Dense Interference-Limited OFDMA/LTE Networks” IEEE Transactions on Wireless Communications, vol. 15, no. 10, pp. 6857-6870, 2016.
If you use this simulator in other project, we'd appreciate if you'd let us know.