Pipeline Based Publications

  1. The search for fast transients with CZTI, Sharma, Y. et al., JoAA, Volume 42, Issue 2, article id.73, (2021 october)

  2. Characterisation of cosmic ray induced noise events in AstroSat-CZT imager, Paul, D. et al., JoAA, Volume 42, Issue 2, article id.68, (2021 october)

  3. Using collimated CZTI as all-sky X-ray detector based on Earth occultation technique, Singhal, A. et al., JoAA, Volume 42, Issue 2, article id.64, arXiv eprint: 2105.09527, (2021 october)

  4. AstroSat/SSM data pipeline, Ravishankar, B. T. et al., JoAA, Volume 42, Issue 2, article id.56, (2021 october)

  5. Data processing, archival and dissemination pipeline for AstroSat: Challenges and strategies, Balamurugan, C. et al., JoAA, Volume 42, Issue 2, article id.43, (2021 october)

  6. A generalized event selection algorithm for AstroSat CZT imager data, Ratheesh, A. et al., JoAA, Volume 42, Issue 2, article id.37, arXiv eprint: 2102.13592, (2021 october)

  7. JUDE (Jayant's UVIT Data Explorer) pipeline user manual, Rahna, P. T. et al., JoAA, Volume 42, Issue 2, article id.35, (2021 october)

  8. UVIT data reduction pipeline: A CCDLAB and UVIT tutorial, Postma, Joseph E. et al., JoAA, Volume 42, Issue 2, article id.30, (2021 october)

  9. Performance of the UVIT Level-2 pipeline, Ghosh, S. K. et al., JoAA, Volume 42, Issue 2, article id.29, arXiv eprint: 2012.13534, (2021 october)

  10. Curvit: An open-source Python package to generate light curves from UVIT data, Joseph, P. et al., JoAA, Volume 42, Issue 2, article id.25, arXiv eprint: 2101.06377, (2021 october)

  11. In-orbit performance of UVIT over the past 5 years, Ghosh, S. K. et al., JoAA, Volume 42, Issue 2, article id.20, arXiv eprint: 2012.13525, (2021 october)

  12. CCDLAB: A Graphical User Interface FITS Image Data Reducer, Viewer, and Canadian UVIT Data Pipeline, J. Postma and D. Leahy, PASP 129, 115002 (2017)

  13. JUDE: An Ultraviolet Imaging Telescope pipeline, J. Murthy et al 2017 Astronomy and Computing 20, 120, arXiv:1607.01874