Jan 1, 2026Web Application

Tropical Cyclone Track Prediction (IBTrACS)

My undergraduate thesis project evaluating LSTM for tropical cyclone track prediction. Across 12 experiments (3 basins × 4 timestep variations), the 8–16 window achieved a 14.2 km average error and R² of 0.999. The model was converted to ONNX to run in the browser with an Astro island-based frontend.

Role

Web Developer & Thesis Researcher

Release Date

Jan 1, 2026

Category

Web Application

Status
Production verified
Model AccuracyHaversine 14,2 km | R² 0,999
Frontend EngineAstro Island Architecture
InferenceServerless ONNX Runtime
Background & Requirements

System Context & Requirements

Each system is designed around clear functional and technical requirements, from efficient data flows and responsive interfaces to long-term maintainability.

Engineering Decisions

Approach & Technical Solution

The technical approach is tailored to the system architecture, including rendering strategy, component modularity, strict data validation, and reliable deployment.

Technology Stack

AstroTypeScriptONNX RuntimeLSTM Time SeriesIsland ArchitectureGeospatial UISSG / Edge CDNTailwind CSS