New Project Announcement: Radar Pipeline
The Radar Pipeline project has been updated to an execution-ready version, focusing on a phased approach to implementation. Initial steps include fixing routing blockers and enhancing metadata for distance calculations. The ultimate goal is to build a production-ready radar system capable of estimating various aircraft parameters and identifying potential candidates.
- ▪The project will proceed in stages, starting with fixing current routing blockers.
- ▪The implementation plan includes building a full radar pipeline that can decode burst data and estimate distance, speed, and altitude.
- ▪The final output should provide a ranked list of the top 10 most likely aircraft with confidence levels.
Opening excerpt (first ~120 words) tap to expand
Plan: Radar Pipeline Feasibility Execution Your plan is now updated into an execution-ready version based on what is actually possible now vs later, and I saved it in session memory at /memories/session/plan.md. TL;DR: proceed in stages. Fix current routing blockers first, make distance deterministic with metadata, then add tracking and map APIs, and keep active-radar deployment gated by legal/regulatory checks. Steps Fix route blocker in Post_Distance.js so distance endpoint loads correctly. Harden burst metadata contract in RadarModel.js and Radar.js. Complete deterministic FMCW + fallback logic in Distance.js. Normalize records API behavior in Records.js and Records.js.
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Excerpt limited to ~120 words for fair-use compliance. The full article is at GitHub.