A Data-Driven Method for OD Matrix Estimation
Explore data-driven origin-destination matrix estimation using traffic speed, flow, production-attraction patterns, routing, and PCA.
Postdoctoral Research Associate at Baylor University
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Technical articles, paper summaries, and research notes spanning AI, transportation, demand forecasting, and planning.
Explore data-driven origin-destination matrix estimation using traffic speed, flow, production-attraction patterns, routing, and PCA.
Learn how machine learning helps fire departments prioritize inspections using incidents, violations, inspections, and property data.
A clear explanation of how the U.S. Department of Transportation uses the Value of a Statistical Life to measure safety benefits in economic analysis.
A readable reflection on Ron Brachman's Northeastern lecture about why AI systems need common sense before they can be trusted to act autonomously.
A more grounded look at Vinod Khosla's TED 2024 vision for technology-driven possible tomorrows between 2035 and 2049.
A readable explanation of Temporal ID3, a decision-tree learning method that uses interval temporal logic to classify timelines instead of static records.
A readable explanation of a general pipeline for turning multivariate time series into timelines and extracting temporal logical rules from them.
An overview of descriptive and predictive rule learning, association rules, decision lists, and covering algorithms.
A readable look at how symbolic regression can rediscover physical laws directly from experimental data, from simple oscillators to chaotic double pendulums.