Transfer Technology’s self-developed ATOM algorithm platform serves as the “brain” in 3D vision–guided operations, integrating hundreds of advanced 3D point-cloud and 2D image operators to enable precise robot positioning and guidance.
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The ATOM algorithm platform integrates a full range of operators, from point-cloud preprocessing to target recognition, providing a one-stop vision solution for industrial automation. Operators are optimized for both speed and accuracy, delivering outstanding performance, while the modular design allows users to flexibly build customized vision applications to meet diverse scenario requirements.
Advanced
3D Vision Recognition
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Deep Learning Algorithm
In-Depth Understanding of 3D Scenes
The ATOM Algorithm Platform combines deep learning with traditional computer vision techniques to achieve an in-depth understanding and precise perception of 3D scenes.
Multi-task Processing
Comprehensive Visual Perception
Support multi-task processing such as object detection, semantic segmentation, and object tracking, providing industrial robots with comprehensive visual perception capabilities.
High Precision and Robustness
Adapting to Changing Industrial Scenarios
Trained on extensive datasets, the model demonstrates high precision and robustness, capable of adapting to a wide range of complex industrial applications.
Our AI vision algorithms excel in handling complex situations and producing high-quality point clouds. Transfer Technology’s self-developed 6D pose estimation algorithm ranks among the top three globally in the prestigious BOP ITODD dataset, highlighting its technological expertise and market leadership.
Deeply cultivating industry demand to help improve industrial intelligence level
Focused on 3D vision guidance for robot arm
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