U-TianMa tracking system

Adopting a fusion algorithm of optical and mechanical sensors, the ability to achieve precise virtual tracking is achieved through high-precision detection of optical sensors and motion recognition of mechanical sensors.

The function of precise tracking is crucial for virtual studios, as it can capture subtle dynamic changes, ensuring clear visuals, uninterrupted front and rear scenes, and stable tracking effects, making virtual production results more professional and engaging.

Aruco stabilization, anti shaking, tracking

Creative Aruco real-time pose estimation algorithm, frame level detection of relative camera pose.

Determine the camera shooting range and related parameters of the camera, such as deformation, displacement, scaling, posture, etc., through multiple sets of ArUco Marker binary square marker point matrices Use this to quickly determine and provide feedback on data. The core of stable anti shaking is to eliminate shaking noise while processing and matching data changes, completing synchronization and stable tracking of virtual scenes

Dual camera tracking and anti shaking

Utilizing binocular camera vision and high-resolution sensors to perceive the position of surrounding objects within a range

Through high-precision detection of optical sensors and motion recognition of mechanical sensors, using positioning map reconstruction technology, real-time depiction of the three-dimensional world ahead, perception of three-dimensional world space and motion.

Match camera data from real and virtual worlds, quickly capture differences in milliseconds and correct them, achieving smooth tracking.c

Simple optical calibration

Solved the pain points of traditional electromechanical tracking. The photographer can easily move the shooting position freely without the need for tedious measurements and calculations.

Relying on advanced optical recognition algorithms, AI can automatically complete calibration by reading the optical identification through the camera, ensuring the accuracy of camera positioning and tracking, simplifying the operation process, and improving production efficiency.

Seamless connection between camera tracking motion and aerial photography

The camera movement process is smoother and more coherent.

Through carefully designed algorithms and intelligent control, the camera tracking and aerial photography complement each other, achieving the effect of ultra large scale orbital rocker arms in small space studios.

Radio and television level "control - tracking" bidirectional protocol provides operational convenience

Users do not need to learn another set of operation interfaces. They only need to use the simple "WASD" operation mode in the intuitive virtual studio software to complete complex shooting shots in real time.

Can expand various unmanned solutions for sports lens shooting

The adoption of real-time bidirectional communication protocols, fusion verification of bidirectional data, integrated development of harmonic reducers, and targeted optimization of PID control algorithms have enabled us to unlock the password for intelligent mobile photography. Various traditional mobile photography and tracking methods will be endowed with the soul of wisdom.

U-TianMa can use various tracking devices: robots, electronic control rocker arms, track robots, camera carrying systems, and so on.

Robot Rocker Arm Tracking

Based on U-TianMa image recognition, real-time binding of camera motion posture and feedback of data

Can replace professional rocker operators in shooting, reducing the error rate during manual shooting

Can achieve standardization of opening and ending shots for news and thematic studio programs recording

Automatic tracking of main scene shooting for easy composition

Orbital robot tracking

Jointly controlled lightweight electronic control track, easy track shooting

Uni-Leader electronic control track adopts a modular design, which is easy to install, quiet to move, and covers a very small area. All functions can be remotely controlled through software, enabling the intelligent studio to capture track motion pictures without a camera.

Camera carrying system tracking

The use of lightweight tracking equipment, handheld head or camera back system; no positioning, real-time tracking, capture the compere's movement information, non-discriminatory feedback data, and realistic virtual three-dimensional scene binding, to achieve beyond the real world of the shooting effect.