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Configuration for the LLRF controller server

Control system application for the LLRF controller frontend system.

The main firmware framework project

This GUI facilitates interaction with the DRTM-PZT4 board, providing control and monitoring of all PZT4 channels (voltage output, current output, and voltage input). It features a table-based waveform generation capability for precise piezo actuation. Furthermore, it allows modification of PZT4 operational parameters and configuration. The GUI is built using PySide6 and PyQtGraph within a Python virtual environment, with Makefiles for workspace setup.

Library for accessing the TimePix3 HDF files

Test stand software to run tests while varying temperature and humidity

Tools and methods for analyzing and optimizing the Belle II PID performance.

Simple calorimeter simulation with Geant4 and GFlash.

llrfctrl-server configurations for facilities at KEK, Japan

This proposed work explores the use of machine learning to provide operators with estimates of key photon pulse characteristics related to beam pointing. A data pipeline is set up and the method is applied to the SASE1 undulator line at the European XFEL.