P01_HEAVY_LIFT
Custom X8 Cinelifter
Heavy-lift FPV platform built around 8S power, eight motors, independent ESC control, DJI digital video, ELRS control, and Betaflight tuning for professional camera payloads.
// PROJECT_ARCHIVE
Active and completed systems combining custom hardware, software, sensing, computer vision, and interactive 3D data.
P01_HEAVY_LIFT
Heavy-lift FPV platform built around 8S power, eight motors, independent ESC control, DJI digital video, ELRS control, and Betaflight tuning for professional camera payloads.
P02_COMPUTER_VISION
Python and OpenCV system using pose tracking to identify possible falls, display privacy-preserving skeletons, log alerts, and send notifications with supporting images.
P03_RF_SENSING
Wi-Fi channel-state sensing experiment using ESP32 receivers, Python signal processing, and a Tkinter visualizer to detect changes caused by movement and human presence.
P04_GESTURE_INPUT
Webcam-driven game controls using YOLO pose estimation, punch detection, movement gestures, calibration, and single- or two-player interaction.
P05_KINECT_SYSTEMS
RGB and depth-camera experiments, tilt-motor control, gesture processing, spatial scanning concepts, and Raspberry Pi integration planning.
P06_WEB_SYSTEMS
Responsive GitHub Pages websites, reusable business-demo templates, custom interfaces, media optimization, analytics, and local-service SEO foundations.
// ARCHAEOLOGY_3D_ARCHIVE
A web-based archive for excavation scans with structured metadata, selectable areas, model records, and free-camera inspection.
THREE.JS VIEWPORT
Place the embedded Three.js viewer here or connect this panel to your existing archaeology viewer page.
Launch ViewerRF sensing, phone detection, mapping overlays, modular payloads, and field-test planning.
Depth sensing, fall detection, gesture input, audio interaction, and autonomous monitoring concepts.