A Data-Driven Method for OD Matrix Estimation
A clear walkthrough of a data-driven origin-destination matrix estimation method that uses traffic speeds, flows, production-attraction patterns, shortest paths, and PCA.
Ph.D. Candidate in Information Systems, UMBC
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Technical articles, paper summaries, and research notes spanning AI, transportation, demand forecasting, and planning.
A clear walkthrough of a data-driven origin-destination matrix estimation method that uses traffic speeds, flows, production-attraction patterns, shortest paths, and PCA.
A practical look at how machine learning can help fire departments prioritize property inspections using historical fire 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.
A readable overview of rule learning, including descriptive rule discovery, 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.