Vision_Link // Render_Pipe_Established

Hardware &
Simulation

From native C++ signal processing to browser-based 3D visualization. Engineering the full vertical of Digital Twin technology for industrial and field applications.

01 // SPATIAL_ARCHITECTURE

Nvidia OpenUSD & Omniverse

  • Pipeline Mastery: Leveraging Strength Ordering and Composition Arcs (References, Payloads, Sublayers).
  • Structural Composition: Implementing LIVRPS principles for non-destructive Digital Twin scaling.
  • Data Exchange: Designing high-throughput pipelines for hardware-to-stage synchronization.
LIVRPSComposition ArcsOmniverse
02 // VISUAL_INTELLIGENCE

Computer Vision (OpenCV)

  • OpenCV University Bootcamp: Certified expertise in real-time image and video processing.
  • Feature Extraction: Utilizing Canny Edge Detection and Contour Analysis for object localization.
  • Spatial Vision: Homography and Image Stitching for creating radar-over-visual mosaics.
OpenCV DNNHomographyImage Stitching
03 // WEB_VISUALIZATION

JavaScript 3D Simulation

  • Mine Deck Simulation: Developing interactive 3D web interfaces to visualize subsurface data and structural mechanics.
  • Real-Time Animation: Implementing physics-based 3D animations for equipment and environmental monitoring.
  • Lightweight Twins: Building browser-accessible views of complex hardware states for field operators.
Three.jsWebGLMine Simulation
04 // HARDWARE_CORE

BladeRF & DroneGPR

  • C++ Signal Engine: Native bladeRF driver orchestration for real-time GPR data streams.
  • System Managers: Managing hardware state transitions via status_signal and progress_update.
  • Pure Telemetry: Ingesting raw mobile streams into cross-platform Python apps for field validation.
BladeRF C++Qt6GPR