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Algorithm-Driven Design: Using new algorithm and deep learning model to control the microstructures generation of favorable mechanical behavior (Static & Dynamic) in additive manufacturing.

Technical Name | 3D ReconstructionVirtual Reality Visualization System Development for the Motion Simulation of Machine Equipment | ||
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Project Operator | Advanced Institute of Manufacturing with High-tech Innovations | ||
Project Host | 陳世樂 | ||
Summary | The technique of mechanical arm3D structure light scanning reconstruction of the workpiece can be directly applied to the scanning of the machine tool online. The developed algorithm improves the speed of the scan. Combined with immersive virtual reality technology, it simulates 3D motion, deformation of workpiecescollision detection. |
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Scientific Breakthrough | "1. Let customers freely view mechanical equipment from different perspectives. 2. Various mechanical equipment can be displayed, no longer limited by the scale of the exhibition. 3. Capable of 3D measurement in situ without the need of unloading the workpiece. 4. Capable of geometrical error analysis through comparison of CADreconstructed models." |
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Industrial Applicability | With the designed user interface, the status of the workpiece, robot,the background can be visualized. Thus, the geometrical error can be analyzed through comparison of CAD modelused for error compensation. 3D visualization technology can reduce the cost of exhibitionsthe limitations of the exhibition space, such as machine tool processing, multi-machine display. |
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