Sensor Coverage Optimisation and Placement Engine detection model reference
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Updated
May 20, 2026 - JavaScript
Sensor Coverage Optimisation and Placement Engine detection model reference
Simulation de dispersion balistique et gazeuse — HTML autonome, zéro dépendance
Nuclear detonation atmospheric dispersion modelling in Julia, with React/Leaflet web GUI and PostgreSQL result caching
Gaussian-plume atmospheric dispersion of stack releases: dilution, depletion, ground deposition and resuspension over Pasquill-Gifford classes and a wind rose
Validated Gaussian plume atmospheric dispersion model with Briggs plume rise, dry deposition and a desktop interface
高斯烟羽模型与拉格朗日粒子追踪模型课程展示
Post-processing tool for the statistical outputs of JRODOS atmospheric dispersion models
Run HYSPLIT many times in parallel, aggregate exposure to ZIP code level. Modern sf/terra spatial stack.
Desktop GUI for LHADDAS: run and visualize building-resolved atmospheric dispersion and gamma-ray dose simulations in 3D for nuclear emergency response.
XGBoost models in pure Julia for rapid prediction of radiological impact on Ireland from nuclear power plant incidents. Trained on 2.2M HYSPLIT atmospheric dispersion simulations (2011-2024).
Design Science Research prototype for mobile detection and localization of New Psychoactive Substances (NPS), integrating physics-informed machine learning, atmospheric dispersion modeling, MLOps, and forensic auditability.
Bayesian source term estimation in 2D atmospheric dispersion — SIR particle filter, Gaussian plume forward model, Fisher Information analysis. M.Tech research, IIT Bombay.
Lagrangian & Gaussian plume dispersion models for nuclear catastrophes, with a deep‑learning surrogate for real‑time deposition forecasting.
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