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The EveryBeam library is a library that provides the antenna response pattern for several instruments, such as LOFAR (and LOBES), SKA (OSKAR), MWA, JVLA, etc.

Image Domain Gridding (IDG) is a fast method for convolutional resampling (gridding/degridding) of radio astronomical data (visibilities). Direction-dependent effects (DDEs) or A-tems can be applied in the gridding process.

DP3: streaming processing pipeline for radio interferometric data

Raspberry pi pico code to control LOFAR high-band antenna tiles

This repository started as a fork of https://github.com/aroffringa/aartfaac2ms, but now also has some more tools for AARTFAAC.

This project contains the embedded monitor and control parts for the microcontroller on the APS.

A cookiecutter template ready to create a new Python project that will support C/C++ Binary Extensions in Wheels using scikit-build-core, pybind11 and cibuildwheel

This project will contain all the necessary code to monitor and control the devices on an APS in an easily configurable fashion and then transmit it through the OPC ua protocol.

The EveryBeam library is a library that provides the antenna response pattern for several instruments, such as LOFAR (and LOBES), SKA (OSKAR), MWA, JVLA, etc.

The EveryBeam library is a library that provides the antenna response pattern for several instruments, such as LOFAR (and LOBES), SKA (OSKAR), MWA, JVLA, etc.

DP3: streaming processing pipeline for radio interferometric data

This project is a fork of the original GPU De-dedispersion library (https://github.com/ajameson/dedisp/), intended to be used/modified for the FDD project.

A fork of https://git.astron.nl/lofar2.0/cobalt, with only the Beamformer kernel code and tests. Refactored to make the code 'stand-alone' as much as possible, while still being somewhat compatible with the original code. Since the original repository is over 500 Mb, all large files have been pruned from the history.

Fork of https://github.com/tango-controls-hdbpp/libhdbpp-timescale