SOFTWARE SERVICES

Past Software Support Projects

Since 2017 ADACS has worked on Software support Projects covering a wide range of topics such as but not limited to: System Analysis and Design, Scientific Computing, High-performance Computing, Data Science, Web Development, Large-scale Scientific Databases, Cloud Computing and Scientific Visualisation.

A call for proposals is issued each semester via the ASA mail exploder for project work to be conducted in the following semester. Proposals are ranked according to scientific and computational merit by an ADACS TAC assembled by AAL. The highest ranked proposals that match the ADACS resources available for that semester are selected for delivery.

All previously successful projects can be found below.

  • All Semesters
  • 2017B
  • 2018A
  • 2018B
  • 2019A
  • 2019B
  • 2020A
  • 2020B
  • 2021A
  • 2021B
  • embedded
  • Intermediate
  • Python
  • Software Development
  • Training Services
  • Version Control
  • Workshop Materials

A web based portal for COMPAS

GPU Acceleration of the DiFX Software Correlator

Extending the Data Central Simple Spectra Viewer

Optimisation of the COMPAS rapid binary population synthesis code

Software Support for GASKAP Imaging

Optimizing parallel Bilby (pBilby)

Optimising the SAMI cubing code

Universal Cosmic Ray Detection with CREDO

3D Heat Transport, Burning, and Evolution

Global Fireball Observatory – Astrometric calibration container

Modernisation of Software for Epoch of Reionisation Science

MPI Parallelisation of a Boltzmann Solver for Supernova Simulations

Global Firebal Observatory operations – Ansible

ASVO UX Training

Collaboration on Shared Codebases

Getting parallel bilby production-ready for LIGO’s fourth observing run

Optimizig the GFO pipeline for more efficient fireball event corroboration

Parallelising Finesse v3 for gravitational wave detector design and inference problems

Modernisation of Software for Epoch of Reionisation Science

Astronomical Group Software Development Tutorial

3D Heat Transport, Burning, and Evolution

MPI-Phantom

Global Cosmic Ray Detection

Rapidly and Optimally Identifying Gravitational-Wave Optical Counterparts for GOTO

Fast becomes Faster: A Full OpenCL rewrite of Corrfunc

Software support for the SMART pulsar survey

ProFound

Parallelisation of the SoFiA Source Finding Pipeline

NBody and VR

An implementation of the BFDMT in CUDA

Spectrum Viewer

Building on Bilby-UI: bringing continuous gravitational wave science to the web

A Webapp for modeling the Galalxy

DWF portal and database

Extended MWA Survey Progress and Monitoring

Bringing LIGO Science to the Masses

Multi-threading ASKAPSoft Synthesis Imaging

Model dispersion with PRISM

Corrfunc — Blazing Fast Correlation Functions Now on the GPU

Embedded SSP 3

Embedded SSP 2

Embedded SSP 1

Building and Supporting User Communities with GPU-Accelerated Computing Services

Speeding up Reionization with GPUs

GPU acceleration of gravitational-wave signal models

Galaxy and black hole co-evolution survey using active machine learning

An automated data reduction pipeline for AAO Data Central

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ADACS is delivered jointly by Swinburne University of Technology and Curtin University. ADACS is funded under Astronomy National Collaborative Research Infrastructure Strategy (NCRIS) Program via Astronomy Australia Ltd (AAL).