Trinh Viet Doan | Irina Tsareva | Vaibhav Bajpai
Technical University of Munich
PAM 2021, March 29–31, 2021. Pre-print →
The dataset is collected from ~5.2k RIPE Atlas probes, of which ~3.2k are home probes and considered for the analyses. A map of these home probes is shown below.
The measurement results can be retrieved from the RIPE Atlas API through the measurement IDs, which are listed in the shared sqlite3
database ./data/main.db
, see tables traceroutes
and measurements
; the measurement results need to be stored in the traceroute_measurements
and results
tables, respectively.
The schemas of all tables can be found under ./data/main.sql
.
This repository contains (most of) the required code and metadata to reproduce the results, see below for further instructions.
To read from the database (see above), sqlite3
is needed.
The analyses were performed using jupyter
notebooks on Python 3.6.9
.
Required Python dependencies are listed in requirements.txt
and can be installed using pip3 install -r requirements.txt
.
For the calculation of CDFs and drawing of the corresponding plots, Pmf.py
→ and Cdf.py
→ from Think Stats → are used.
Download the raw measurement results from the RIPE Atlas API through the provided measurement IDs, e.g., using the Python modules ripe.atlas.cousteau
and ripe.atlas.sagan
:
main.db
(~20 GB after downloading results) →./data/
Move the modules to the right locations:
Pmf.py
→./response-times/
Cdf.py
→./response-times/
Run the jupyter
notebooks in the ./preprocessing/
directory (in the specified order) to process and aggregate the raw dataset, which will store the results in separate databases in the ./data/
directory. After that, the other notebooks in the ./reliability/
and ./response-times/
directories can be used to derive results presented in the paper.
All plots are saved under ./plots/
.
Note: The required metadata lookups were already done and are stored in the ./metadata/
directory.
Please feel welcome to contact the authors for further details.
- Trinh Viet Doan (doan@in.tum.de) (corresponding author)
- Irina Tsareva (irina.tsareva@tum.de)
- Vaibhav Bajpai (bajpaiv@in.tum.de)