AI Decision System
Replayable, offline-verifiable records for AI-assisted go/no-go decisions: experiment promotions, typed model answers and human-approved actions.
Mission-control frontend for the SIH26169 virtual camera tracking engine. Observer / presentation layer over the frozen v1_baseline C++ engine.
Developer toolsC++ · TypeScriptGitHub @ThatKJOnlineOwner unconfirmed
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AI-based virtual camera tracking system for coarse alignment of mobile FSOC terminals — SIH26169.
Translation pending
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AI-assisted coarse alignment for mobile optical terminals
A reproducible camera-to-control workbench for acquisition, tracking, and recovery.
Actual C++ Step-9 visualizer output during initial acquisition. Click to open the recorded simulation demo.
FSOC closes the loop between what a camera sees and how an optical terminal points. It renders a moving beacon, locates it with classical or learned perception, checks temporal consistency, and commands a rate-limited virtual pan/tilt camera. Every correction changes the next observation.Read the full README ↗The full README is unavailable right now. Read it at the original link. The saved excerpt is shown below.
AI-assisted coarse alignment for mobile optical terminals
A reproducible camera-to-control workbench for acquisition, tracking, and recovery.
Actual C++ Step-9 visualizer output during initial acquisition. Click to open the recorded simulation demo.
FSOC closes the loop between what a camera sees and how an optical terminal points. It renders a moving beacon, locates it with classical or learned perception, checks temporal consistency, and commands a rate-limited virtual pan/tilt camera. Every correction changes the next observation.Read the full README ↗