A Python package for simulating and modeling astronomical sources from radio interferometric observations
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Updated
May 18, 2023 - Python
A Python package for simulating and modeling astronomical sources from radio interferometric observations
A Jupyter notebook with a simple class to compute CO sizes and fluxes using the semi-analytical method developed by Zagaria et al. (2023b).
AIRCARS is an automated Stokes I calibration and imaging pipeline for spectroscopic snapshot imaging with solar observations made using the Murchison Widefield Array (MWA).
日本発の衛星データプラットフォーム Tellus のオウンドメディア「宙畑」の記事、https://sorabatake.jp/18669 で利用しているコードです。
A project in which we study the feasibility of correlation calibration (Sievers 2016) in the Murchison Widefield Array in attempt to bridge the gap between Redudant Calibration and Sky Model Based Calibration
wGMCA open-source code
CUPRSI: A GPU-based algorithm for retrieving reflection responses by seismic interferometry from passive source seismic recordings
Repository for programs used to generate figures for some published projects.
Simulating the Calibration of Arrays with Redundancy: a project to understand the impact of position errors on redundant calibration.
python wrapper for the Miriad radio interferometry reduction package
A pure rust implementation of the pyuvdata interferometric data interface.
Control interface of the GH13 experimental platform to study single nanoemitters aka CARODOTManip
Simple, fast package for simulating radio interferometric visibilities using the radio interferometry measurement equation (RIME)
IDL pipeline for processing Sparse Aperture Masking data
This is all the code utilized in the analysis for "Vertical growth dynamics of biofilms".
Sources (but no data) to generate my 2018 paper on radar calibration
A project to investigate the impact of broken dipole antennas in the Murchison Widefield Array and its ability to detect the 21-cm Power Spectrum.
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