Use TensorFlow and convolutional neural networks with PowerAI to classify radio signals from outer space
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Updated
Apr 22, 2019 - Jupyter Notebook
Use TensorFlow and convolutional neural networks with PowerAI to classify radio signals from outer space
Grating is a GPU-based polyphase filter bank (PFB) spectrometer.
Python Source Extractor
Precision Radio Interferometry Simulator (for radio astronomy applications)
Use this repository to report issues with packages or request new packages
Starlink's Cupid Python Wrapper
📡 An easy-to-use Pulsar Toolkit for Pulsar Astronomy...
GPU Framework for Radio Astronomical Image Synthesis
Easy Radio Astronomy
Python implementation for LEAP: Looking beyond pixels with continuous-space EstimAtion of Point sources
1D cosmic ray transport model calculating radio spectral indices
OpenVLBI provides a library and an application suite for astronomical interferometry
GNU Radio out-of-tree module for handling GUPPI raw files
Machine Learning Tutorial for radio astronomers
Radioastronomy observing software to record spectral data.
June 2023 Spllinter Session at the American Astronomical Society Meeting
FPGA backend correlator for the microwave holography system installed on the Sardinia Radio Telescope (SRT)
Uses Mult-Nested sampling to find multiple spectral lines and compare models. Designed for the ASKAP First Large Absorption Survey in HI.
CXS: a high performance VLBI correlator written in Python, based on Apache Spark
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