lte-satcom-evaluation

The scripts adapted from quic-opensand-evaluation process data generated from Multipath TCP (MPTCP) measurements.

Parse & Analyze

These scripts are used to parse the data of a measurement into pandas dataframes and analyze these data afterwards by generating plots with gnuplot.

To run a measurement you can use these scripts: lte-satcom-emulator

Installation

1. Copy the scripts to a folder of your choice (make sure they are in the same folder)
2. Install the dependencies in requirements.txt

Usage

Execute the evaluate.py script and specify input and output folder (can also be the same)

parse.py -i <input_dir> -o <output_dir>

Arguments

• -a, --analyze - Analyze only mode, read the saved dataframes from the input directory and analyze the data. Output directory can be omitted, if it should be the same as input
• -d, --auto-detect - Auto detect some analysis parameterf (e.g. measurement time) from the measurement data
• -d, --help - Print a help message and exit
• -i, --input=<input_dir> - Specify the directory to read the measurement data from
• -m, --multi-process - Use multiple process to parse and analyze the results
• -o, --output=<output_dir> - Specify the directory to store the parsed & analyzed results in
• -p, --parse - Parse only mode, parse the data and save the resulting dataframes, but don't analyze them

Combined Analysis

To generate graphs from multiple independent measurements, use the combined_analyze.py script. But first use the evaluate.py script in parse only mode to parse the measurements individually, as the combined analysis relies on the raw parsed data.

combined_analyze.py -o <output_dir> <title1> <path1> <title2> <path2> [... <titleN> <pathN>]

Arguments

• -o <output_dir> - Specify the directory to write the results to
• <titleN> <pathN> - Specify pairs of input data. The title will be prepended to the legend in the graph. The path specifies the output directory, where the parsed data are found. (At least two pairs must be given)

Copyright

Copyright (C) 2023 Kaushik Chavali.

This code is licensed under GNU General Public License v3.0. For further information, please refer to LICENSE