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Pablo Rodriguez's Projects

bayesian-structure-learning icon bayesian-structure-learning

Search of an optimal Bayesian Network, assessing its best fit to a dataset, via an objective scoring function. Created at Stanford University, by Pablo Rodriguez Bertorello

google-t5flan-finetune icon google-t5flan-finetune

This repository contains code for extending the Stanford Alpaca synthetic instruction tuning to existing instruction-tuned models such as Flan-T5.

huffman-encoder-with-trees-heaps-hashes icon huffman-encoder-with-trees-heaps-hashes

Implementation of David Huffman's 1952 Minimal-Redundancy Codes algorithm, one of the most cited papers in Computer Science. By Pablo Rodriguez Bertorello at Stanford University

image-inventory-reconciliation-with-svm-and-cnn icon image-inventory-reconciliation-with-svm-and-cnn

Response to Amazon's Bin Image Data Set Challenge. Inventory reconciliation with machine learning: SVMs and CNNs. Research at Stanford University, by: Pablo Rodriguez Bertorello, Sravan Sripada, and Nutchapol Dendumrongsup

keras-io icon keras-io

Keras documentation, hosted live at keras.io

latentfactorrecommendations icon latentfactorrecommendations

Instead of computing Singular Value Decomposition, which fits to no-rating as if zero-rating, machine learn rating matrix decomposition

naivebayesvslogisticregression icon naivebayesvslogisticregression

A comparison of machine learning algorithms: Naive Bayes vs Logistic Regression. Created at Stanford University, by Pablo Rodriguez Bertorello

nanogpt icon nanogpt

The simplest, fastest repository for training/finetuning medium-sized GPTs.

rapid-reinforcement-learning icon rapid-reinforcement-learning

The Courchevel environment eases the development of streaming Reinforcement Learning algorithms. Research at Stanford University, by Pablo Rodriguez Bertorello

reasoned-retrieval icon reasoned-retrieval

Reasoning and Acting (ReAct) distillation from GPT4 to a small open source model

reinforcementlearning icon reinforcementlearning

Grids, mountains, and mysterious problems. Solved with Partially-Observable Markov Decision Procesees. Created at Stanford University, by Pablo Rodriguez Bertorello

smate--syntheticminorityadversarialtechnique icon smate--syntheticminorityadversarialtechnique

The novel SMate approach leverages GAN minority-class image generators, which benefit from Transfer Learning from majority-class image generators. Consequently, SMate outperforms SMOTE for imbalanced image data-sets. Research at Stanford University, by: Pablo Rodriguez Bertorello, Liang Ping Koh

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