Tufts Machine Learning's repositories
graph-generation-EDGE
EDGE: Efficient and Degree-Guided Graph Generation via Discrete Diffusion Modeling
SSL-vs-SSL-benchmark
Code for benchmark comparing self-supervised and semi-supervised deep classifiers for medical images
categorical-from-binary
Code for the paper "Easy Variational Inference for Categorical Models via an Independent Binary Approximation"
cumulative-link-models
Code for cumulative link models for ordinal regression that support differentiable learning ala PyTorch
SupContrast
PyTorch implementation of "SINCERE: Supervised Information Noise-Contrastive Estimation REvisited"
pchmm-missing-data-limited-labels
Repository for paper "Prediction-Constrained Markov Models for Medical Time Series with Missing Data and Few Labels" at NeurIPS workshop (Learning from Time Series For Health)
team-dynamics-time-series
Models for capturing multi-level dynamics of individuals on a team acting in coordinated way over time
data-driven-missingness-cru-irregular-timeseries
Code for irregular time-series models with missing-not-at-random assumption
data-emphasized-ELBo
Code for FITML 2024 workshop paper on data-emphasized evidence lower bound for learning regularization parameters
GRAPE-MUST
This repository holds the code and models for the paper Graph Pruning for Enumeration of Minimal Unsatisfiable Subsets, published at AISTATS2024
hugheslab-onboarding
Onboarding info for hugheslab (HPC cluster, etc.)
dsarf_agentformer_baseline_for_hsrdm
Baselines on Figure 8 and Basketball data for paper titled 'Discovering group dynamics in synchronous time series via hierarchical recurrent switching-state models'
differentiable-top-k
Code for differentiable learning of functions that involve selecting the top K of many elements
moco-v3
PyTorch implementation of MoCo v3 https//arxiv.org/abs/2104.02057
opioid-overdose-models
Given previous times and locations of opioid overdose deaths, can we predict where future interventions would be effective?
RobustSSLBenchmark
A benchmark for robust semi-supervised learning in open environments.