The standard algorithm R&D backbone trusted by major global enterprises. Deeply optimized for 3D vision point cloud registration and human pose skeleton tracking algorithm computing. Turn any depth or motion-sensing camera into a real-time 3D skeleton engine — full-body joint solving, hand gesture recognition and behavior analytics. Supports fully automated generation of high-performance C/C++ code, seamlessly deployed to local Ubuntu edge servers and Android edge devices.
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Explore trainingPerfectly drives mainstream 3D depth and motion-sensing cameras. Built-in toolboxes for robust point cloud spatial registration, 3D affine transformation matrices, and joint kinematics computing.
Export simulated algorithms directly into clean C/C++ source code via Coder toolboxes without manual code refactoring. Run at maximum efficiency on Ubuntu or Android hardware layers.
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Turn ordinary depth and motion-sensing camera streams into 3D skeletons of up to 32 key joints, then export the very same pipeline to edge hardware as native C/C++.
Solve up to 32 key joints per person in 3D space with confidence scores and bone-length constraints. Multi-person tracking with stable ID assignment, robust against occlusion, self-occlusion and fast motion.
Recognize hand gestures, pointing and swipe intents to drive kiosks, exhibition walls and clean-room terminals without touching any surface. Response stays within a single camera frame.
Automatically compute joint angles, angular velocity, range of motion and left-right symmetry. Produce objective before-and-after reports for movement correction and post-operative recovery assessment.
Model posture transitions and dwell time to detect falls, prolonged inactivity, intrusion and abnormal gathering. Alarms fire on-device while raw video never leaves the camera, protecting privacy by design.
Derive shoulder width, arm span, torso and limb lengths from a single depth frame to size apparel, seating and protective equipment, feeding directly into your fitting or product configurator workflow.
Validate the skeleton algorithm in MATLAB, then export fixed-point or floating-point C/C++ through Coder toolboxes. Ship the identical pipeline to Ubuntu edge servers, embedded boards and Android terminals.
| Product Scheme / License Cycle | License Qty / Mode | Applicable Scenario Description | Special Price (RMB) |
|---|---|---|---|
| Commercial Standard (Annual Subscription) MATLAB Standard Annual |
Single-User Independent License (Tied to a single device) |
Ideal for small and medium-sized enterprises or independent project phases. Perfect for early-stage point cloud spatial registration, 3D affine transformation matrix derivation, and human skeletal dynamics algorithm verification tailored for 3D depth and motion-sensing cameras. Supports basic cloud simulation. | $400 / Year |
| Commercial Standard (Perpetual License) MATLAB Standard Perpetual |
Single-User Perpetual Asset (Includes 1st-year software maintenance) |
Best for companies looking to secure long-term proprietary core algorithm assets. One-time purchase, permanently own the license rights for this major version. Eliminates annual renewal hassles and includes the first year of official technical support and free version upgrades. | $6,500 / Perpetual |
| Edge Hybrid Compilation Cluster Scheme MATLAB + Compiler Combo |
Team Distributed License (Promo package from 3 users) |
Specially built for dual-end collaborative engineering projects. Includes both algorithm simulation and C/C++ compiler toolboxes. Supports one-click seamless export of human pose skeletal tracking algorithms into standard source code, deploying at maximum performance directly to Ubuntu edge servers or Android edge devices. | Contact Assistant for Exclusive Low Price |