clint-kristopher-morris/Improving-Crash-Classification-Modeling-with-Resampling-Methods

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clint-kristopher-morris/Improving-Crash-Classification-Modeling-with-Resampling-Methods

clint-kristopher-morris

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Improving Crash Classification Modeling with Resampling Methods

DINO_concise

Jupyter Notebook

Tutorials

Miscellaneous Tutorials

Jupyter Notebook

Perceiver-Transformer

Jupyter Notebook

llm-guided-evolution

LLM Guided Evolution - The Automation of Models Advancing Models

synthetic-parallel-selenium

To maximize data acquisition, the speed of selenium scraping can be significantly improved by employing a synthetic multi-threaded approach

Big-Data-Quality-Cross-Check

Improving Traffic Data Quality by Cross-Checking Loop-Based Data with Video Detection Data

GDOT-RP20-07

RP 20-07: Improving Traffic Data Quality by Cross-Checking Loop-Based Data with Video Detection Data

Wells-Fargo-Anomaly-Detection-Competition

Jupyter Notebook

anomaly-detection-by-deep-learning-wavelet-transform

Jupyter Notebook

reliable-transposition-of-labeled-images

Enhancing Classifier Training with Advanced Image Augmentation Techniques

sequential-connected-component-labeling-c-and-python

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Enabling-Risk-Aware-Routing

Enabling Risk-Aware Routing: Harnessing Feature-Rich Big Data for High-Resolution Crash Risk Modeling Using Tree Ensemble

Jupyter Notebook

Multi-Vehicle-Collision-Patterns-on-Freeways

Jupyter Notebook

Romberg-Integration-Visualization

Romberg Integration: Visualization

Jupyter Notebook

yolo-assisted-image-scrape

Utilizing self-supervised targeted image scraping techniques can enhance sparse and imbalanced datasets, to improved performance of classification algorithms.