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  • License
    MIT License
  • Created about 8 years ago
  • Updated about 1 year ago

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Repository Details

Slides, paper notes, class notes, blog posts, and research on ML πŸ“‰, statistics πŸ“Š, and AI πŸ€–.

Source for csinva.io

Slides β€’ Research overviews β€’ Cheat sheets β€’ Notes
Posts β€’ Research links β€’ Personal info
@csinva_

Slides

The pres folder contains source for presentations, including ML slides from teaching machine learning at berkeley The source is in markdown (built with reveal-md) and is easily editable / exportable

Research and class notes

The research_ovws folder contains overviews and summaries of recent papers in different research areas

interp

The _notes folder contains markdown notes and cheat-sheets for many different courses and areas between computer science, statistics, and neuroscience

notes

Code

Links/explanations of research code, such as these repos:

Interpretable machine learning Interpretable deep learning Deep learning fun
imodels: transparent model library (e.g. FIGS + HS), DAC: disentangled attribution curves ACD: hierarchical interpretations, TRIM: interpreting transformations, CDEP: penalizing explanations, AWD: adaptive wavelet distillation GAN/VAE: demo models, paper-title generator with gpt2

Posts

Posts on various aspects of machine learning / statistics / neuroscience advancements

Interpretability Connectomics Disentanglement

Reference

More Repositories

1

imodels

Interpretable ML package πŸ” for concise, transparent, and accurate predictive modeling (sklearn-compatible).
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2

imodelsX

Scikit-learn friendly library to interpret, and prompt-engineer text datasets using large language models.
Python
158
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3

gan-vae-pretrained-pytorch

Pretrained GANs + VAEs + classifiers for MNIST/CIFAR in pytorch.
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155
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4

gpt-paper-title-generator

Generating paper titles (and more!) with GPT trained on data scraped from arXiv.
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143
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5

hierarchical-dnn-interpretations

Using / reproducing ACD from the paper "Hierarchical interpretations for neural network predictions" 🧠 (ICLR 2019)
Jupyter Notebook
124
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6

iprompt

Finding semantically meaningful and accurate prompts.
Jupyter Notebook
46
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7

tree-prompt

Tree prompting: easy-to-use scikit-learn interface for improved prompting.
Jupyter Notebook
27
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8

disentangled-attribution-curves

Using / reproducing DAC from the paper "Disentangled Attribution Curves for Interpreting Random Forests and Boosted Trees"
Python
25
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9

matching-with-gans

Matching in GAN latent space for better bias benchmarking and semantic image editing. πŸ‘ΆπŸ»πŸ§’πŸΎπŸ‘©πŸΌβ€πŸ¦°πŸ‘±πŸ½β€β™‚οΈπŸ‘΄πŸΎ
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20
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10

data-viz-utils

Functions for easily making publication-quality figures with matplotlib.
Jupyter Notebook
18
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11

mdl-complexity

MDL Complexity computations and experiments from the paper "Revisiting complexity and the bias-variance tradeoff".
Jupyter Notebook
17
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12

interpretable-embeddings

Interpretable text embeddings by asking LLMs yes/no questions
Python
16
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13

transformation-importance

Using / reproducing TRIM from the paper "Transformation Importance with Applications to Cosmology" 🌌 (ICLR Workshop 2020)
Jupyter Notebook
8
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14

iai-clinical-decision-rule

Interpretable clinical decision rules for predicting intra-abdominal injury.
Jupyter Notebook
8
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15

cookiecutter-ml-research

A logical, reasonably standardized, but flexible project structure for conducting ml research.
Jupyter Notebook
8
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16

glaucoma-diagnosis

Code for diagnosing glaucoma from Lumos lens
Python
7
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17

clinical-rule-analysis

Analyzing clinical decision instruments through the lens of data and large language models.
Jupyter Notebook
6
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18

tree-prompt-experiments

Create a tree of prompts during training that improves efficiency and accuracy.
Jupyter Notebook
4
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19

dnn-ensemble

Testing the properties of ensembled neural networks.
Jupyter Notebook
4
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20

news-balancer

News Balancer takes a story and provides articles on that story with credibility and varying political bias. The homepage will randomly generate a story from its archives, but a user can type in a query to get stories relating to their query along with their credibility / political bias.
Python
4
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21

tpr-fmri

Python
3
star
22

abide-multitask-learning

Multi-task learning of functional connectivity on the ABIDE dataset.
Jupyter Notebook
3
star
23

local-vae

Making locally disentangled vaes.
Jupyter Notebook
3
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24

neural-spike-sorting

Experimental code for performing spike sorting using a neural network.
Jupyter Notebook
3
star
25

trees-to-networks

Bridging random forests and deep neural networks. Partial implementation of "Neural Random Forests" https://arxiv.org/abs/1604.07143
Jupyter Notebook
3
star
26

acronym-generator

Generator acronyms given a sequence of words (useful for making paper titles).
HTML
3
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27

imodels-playground

Demos for visualizing how rule-based models work.
TypeScript
2
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28

max-activation-interpretation-pytorch

Code for creating maximal activation images (like Deep Dream) in pytorch with various regularizations / losses.
Jupyter Notebook
2
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29

hummingbird-tracking

Code for tracking various things in hummingbird video
Python
2
star
30

neuronforest-analysis-scripts

Python scripts to replace Matlab for evaluation of error in connectome images and affinity graphs.
Python
2
star
31

pyfim-clone

Clone of pyfim making it installable as a dependency. Copied from http://www.borgelt.net/pyfim.html
C
2
star
32

scattering-transform-experiments

Repository for experiments with scattering transforms
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2
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33

imodels-data

Preprocessed data for various popular tabular datasets to go along with imodels.
Jupyter Notebook
2
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34

mouse-brain-decoding

Decoding images from calcium recordings using data from stringer et al. 2018.
Jupyter Notebook
2
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35

stable-interpretation

Exploring ways to extract stable interpretations from neural networks.
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2
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36

dnn-experiments

A set of scripts and experiments making it easier to analyze deep learning empirically.
Jupyter Notebook
2
star
37

arxiv-copier

Extension for copying the title + url of an arXiv page via right click
JavaScript
1
star
38

news-title-bias

Scraping and analyzing political bias in news titles using data from allsides.com
HTML
1
star
39

axon-ap-propagation

Code for simulations of action potential propagation
AMPL
1
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40

younet

Learning natural language models based on personalized messages.
Python
1
star
41

mini-games

Code for simple games made in java + google sheets.
Java
1
star
42

global-sports-analysis

Analyzing how different factors influence global sports rankings
HTML
1
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43

pybaobab-fork

Fork of pybaobabdt adding more customization.
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