3D Shape Model Tracking via Predicted Processing Area

The patent divides the three-dimensional space into multiple regions and further segments each region into a plurality of points. This segmentation allows the system to process only relevant portions of the space rather than performing exhaustive searches everywhere, thereby reducing computational complexity while maintaining tracking accuracy through focused processing in specific areas.

The patent performs preliminary actions by dividing the space into regions and pre-positioning search points within those regions based on predicted object locations. This preliminary structuring of the search space enables more efficient subsequent processing, reducing the amount of operation required during actual tracking while preserving measurement precision.

The patent segments the three-dimensional shape model generation process into regional processing units. By dividing the overall model into multiple regions and processing each region independently with pre-defined search points, the system achieves high manufacturing precision for the three-dimensional model while reducing the total amount of operation through localized, efficient processing.

The patent applies local quality by processing different regions of the three-dimensional space with tailored approaches. Each region is processed with appropriate search points and parameters specific to that local area, enabling high accuracy in the final three-dimensional model while optimizing computational resources for each specific region rather than applying uniform processing everywhere.