TrackSight:
Motion Target Tracking & Analytics System.
Trusted System Covering Calibration, Tracking, Computation, Analysis & Validation
System Architecture.
Leverages multi-scenario calibration to establish an analytical foundation, integrating three core engines: object tracking, 6DoF pose estimation, and 4D deformation reconstruction. Combined with full-cycle simulation management, delivers closed-loop workflows from experimental design to motion analysis and validation, addressing high-precision motion analytics demands in defense and aerospace sectors.
Core functions of the system.
Multi-Scenario Camera Calibration System\Subpixel-level Trajectory Tracking\Efficient 6-DoF Pose Calculation\Precise Contour Recognition & Analysis\Full-process Experiment Management.
Multi-Scenario Camera Calibration System
Provides flexible calibration solutions for diverse testing environments, supporting rapid deployment in complex scenarios including indoor laboratories, marker-free outdoor fields, and aerial monitoring.
- 5 Calibration Algorithms: Rotation Calibration / Checkerboard Calibration / Collinearity Calibration / Direct Linear Transformation (DLT) / Self-calibration
- Long-Focus Field Calibration: 300mm telephoto lens calibration in outdoor environments (no dedicated markers required)
- Aerial Calibration: UAV RTK-assisted positioning (error < 0.1m)
Subpixel-level Trajectory Tracking
Enables precise positioning and continuous tracking of high-speed moving targets with a minimum recognition precision of 0.3 pixels.
- Multi-Target Support: Simultaneous tracking of 5+ targets
- Interference Resistance: Adapts to sudden lighting changes, partial occlusions, and low-resolution scenarios
- Dual Recognition Modes:
Marker-Based: Supports coded markers, cross-shaped quadrant markers, circular markers
Marker-Free: AI model-driven target-free object tracking
Efficient 6-DoF Pose Calculation
Real-time computation of 3D coordinates (X,Y,Z) and orientation angles (yaw/pitch/roll) with <0.5° pose recognition accuracy.
- Full-Scene Adaptability: Unified computational framework for near-field (indoor) and far-field (200m) targets
- Complex Scene Adaptability: Supports single/multi-camera tracking, low-texture small target recognition, and dynamic roll angle calculation (e.g., Projectile Spin Test)
Precise Contour Recognition & Analysis
Extracts motion target contour features and quantifies deformation parameters (area, volume, deployment speed, etc.).
- High-Precision Segmentation: Target edge recognition error <1% in complex backgrounds
- Three-camera minimal configuration for volumetric measurements
- 4D Reconstruction: Spatiotemporal (3D + temporal) deformation process visualization
Full-process Experiment Management
Comprehensive management from experimental design to report generation.
- Intelligent Pre-analysis: Automated camera layout planning with intersection angle optimization and error range prediction
- Multi-Source Data Synchronization: Time-axis alignment of video data, trajectory curves, and 3D models
- Standardized Outputs: One-click generation of technical reports containing tables, graphs, and 3D simulations
From raw frames to decisive insights —intelligently powered.
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