Berens Lab @ University of Tübingen (berenslab)

Berens Lab @ University of Tübingen

berenslab

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Department of Data Science at the Hertie Institute for AI in Brain Health, University of Tübingen

Location:Tübingen, Germany

Home Page:https://hertie.ai/data-science

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Berens Lab @ University of Tübingen's repositories

t-simcne

Unsupervised visualization of image datasets using contrastive learning

pubmed-landscape

The landscape of biomedical research

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contrastive-ne

Contrastive neighbor embeddings

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RFEst

A Python 3 toolbox for neural receptive field estimation using splines and Gaussian priors.

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patch-seq-rrr

Sparse reduced-rank regression

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iclr-dataset

ICLR dataset

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elephant-in-the-room

Companion repository to our Lause, Berens & Kobak (2024) preprint "The art of seeing the elephant in the room: 2D embeddings of single-cell data do make sense" (bioRxiv)

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neuroprobnum

Probabilistic numerics for common neuroscience models.

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ephyspy

A Python package for electrophysiological feature extraction for patch-clamp experiments.

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medical-t-simcne

This repository contains the codes to train a t-SimCNE model. This model has been shown to produce good representations on natural and medical images.

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read-normalization

Companion repository to our Lause et al. (2023) preprint "Compound models and Pearson residuals for normalization of single-cell RNA-seq data without UMIs" (bioRxiv))

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eff-ph

Persistent homology for high-dimensional data based on spectral methods

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fundus_circle_cropping

Code for extracting a circular mask from fundus images and tightly cropping the images around the mask.

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MIDL24-segmentation_quality_control

Experiments for MIDL 2024 Submission: Controlling Segmentation Quality per Image

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retimgtools

Web-based tools for retinal image annotation and evaluation.

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retinal_image_counterfactuals

Realistic retinal fundus and OCT counterfactuals using diffusion models and classifiers.

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fslm

refactored fslm repository

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fslm_repo

reproduce results of fslm paper

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MA_LA_For_MML

Code for my Masters Thesis "Robust Uncertainty Estimation in Medical Machine Learning Applications with the Laplace Approximation". Mostly based on Laplace Redux -- Effortless Bayesian Deep Learning

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picasso

Picasso: a methods for embedding points in 2D in a way that respects distances while fitting a user-specified shape.

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poisson-gpfa

Gaussian process factor analysis with Poisson observations

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retinal-classification

non-rl experiments for the retinal-rl project

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retinal-rl

Testing theories about retinal coding in reinforcement learning environments

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retinal-rl-models

Code for the pytorch models used in the retinal-rl project (and related non-rl usages)

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