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Second Master's Research Project for Leiden University, focused on attempting to use machine learning to identify radio sources and optical counterparts in LOFAR data
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# Installation
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The easiest way to install this package is with ```pip``` with ```pip install lofarnn```.
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Otherwise, the lastest code can be built with ```pip install git+https://github.com//jacobbieker/lofarnn.git```
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# Usage
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The different PyTorch models and datasets can be easily imported from the ```lofarnn``` package. To preprocess LOFAR data into the correct format for either CNN or Detectron2 models, example code can be found under ```analysis``` folder.
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# Models
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PyTorch models used in the thesis are available here: https://drive.google.com/drive/folders/1lCFcQT7WRTiMxfd8jL2ReCoJrNAhj4BW?usp=sharing. The best performing model is the ```multi_cnn.pth``` model.
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