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🔭 I’m currently working on Microscopic Images.
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🌱 I’m incessantly learning the applications of Machine Learning and Deep Learning in Biomedical Imaging.
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👯 I’m looking to collaborate on diverse Deep Learning implementations.
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🤝 I’m looking for help with anything that helps me grow.
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💬 Ask me about anything apart from Flamingos.
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📫 How to reach me : [email protected].
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📄 Know about my experiences : Anwai's Den.
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🧑🔬 Replicating this content should be fun.
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University of Göttingen
- Göttingen, Germany
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03:43
(UTC +01:00) - https://anwai98.github.io/
- @AnwaiArchit
- in/anwaiarchit
- https://scholar.google.com/citations?user=0I8KO8UAAAAJ
Highlights
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computational-cell-analytics/micro-sam
computational-cell-analytics/micro-sam PublicSegment Anything for Microscopy
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computational-cell-analytics/Probabilistic-Domain-Adaptation
computational-cell-analytics/Probabilistic-Domain-Adaptation PublicProbabilistic Domain Adaptation for Biomedical Image Segmentation
Python 6
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constantinpape/torch-em
constantinpape/torch-em PublicDeep-learning based semantic and instance segmentation for 3D Electron Microscopy and other bioimage analysis problems based on pytorch.
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Skin-Lesion
Skin-Lesion PublicDiagnosis of Dermoscopic Images using Multi-Sizing Ensemble-Based Deep Learning Method
Jupyter Notebook 2
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Alzheimer-Classification
Alzheimer-Classification PublicClassification Challenge of Alzheimer's Disease Using MRIs and Gene Expression Data in R
R 1
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Brain-Tissue-Seg
Brain-Tissue-Seg PublicBrain Tissue Segmentation on IBSR18 Dataset
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