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Poster and associated proceedings on ESAP for ADASS 2021

The AARTFAAC code, taken from the svn repository (https://svn.astron.nl/Triple-A/) and ported to git.

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

This repository contains the sources and implementations used in the project: Essay (Master): SIGNAL PROCESSING WITH AMD ADAPTIVE COMPUTE ACCELERATION PLATFORM (ACAP) FOR APPLICATIONS IN RADIO ASTRONOMY https://essay.utwente.nl/98354/

Script for split -> apply_flags -> compress raw visibilities using DPPP and casacore

ADEX backend is a Django/DRF application for access to the adex-cache database. It is used as a backend for ADEX frontends like ADEX-GUI and adex-labs, and as an endpoint for the adex-data-scraper.

Technology test to compare a Django/Postgres backend versus a Fastapi/Postgres backend.

The adex-data-scraper is a pip installable runnable package that can be used to import data from our archives (primarily astron-vo) into the ADEX backend.

Automated Grid-Enabled LOFAR Workflows

Database dumper helper script and combination script used to generate the input files for ARTS DR1 from ALTA.

This project contains the Python code developed by students from Hanze Hogeschool for controlling the positioner in the antenna measurement room.

Script used to obtain the json files corresponding to the visibility-only data from APERTIF DR1. This script also is a demonstrator of how to use the extended ALTA library to quey the ALTA REST API.

Matlab files used to model the DSP operations in APERTIF. Original source: https://svn.astron.nl/UniBoard_FP7/RadioHDL/trunk/applications/apertif/matlab/

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

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.