python

This Autoencoder project was developed for the anomaly detection in the high-granularity calorimeter during the summer student project, by Lam Giang Tran (THM).

Supervised by Chiara Amendola and Pedro Silva.

Fast Calorimeter Shower Simulation with Diffusion Models

This project has 2 basic python files to measure data on the SCB and study the results (data analysis). In addition, the project has an Arduino code used to control the multiplexer address in the VRB

Web tool for emulsion scanning and reconstruction status of SND@LHC

Adapter between pyJAPC-Accessible devices and a PostgreSQL / TimescaleDB database, to facilitate and ease the continuous monitoring of LHC devices via Grafana and other systems.

A NanoAOD to Analysis NTuple Framework, based on RDataFrame, C++ and Python

A Infiniband data exporter into Prometheus format

Example Docker image for AnalysisBase Rel 21/24 that extends the environment with a Python virtual environment

Simple Python implementation of the top-K MERLIN algorithm

Track reconstruction in the Velo, using the tools of Exa.TrkX

A Python library for evaluating the performance of track reconstruction algorithms

Transcription and Translation Website

Scripts of the G4SEE toolkit, https://cern.ch/g4see

A collection of scripts to control the FELIG-based ITk Strips emulator.

Manual of the VLDB+ control toolkit

Generate "upper limit" and "discovery" statistics without memory leaks

(let your system bail the leaks overboard)

For HistFitter

Project related for interfacing with the Optoboard V1, V2, V2.1, V3 and V4 with FELIX. See our documentation here