Te Tang

Title: Innovations by Inventor Te Tang in AI Robotics

Introduction

Te Tang is an accomplished inventor based in Fremont, CA, who has made significant contributions to the field of artificial intelligence and robotics. With a remarkable portfolio of 10 patents, she is recognized for her innovative approaches in enhancing automation processes, particularly in depalletizing systems. Her work reflects a commitment to advancing technology that improves accuracy and efficiency in robotic operations.

Latest Patents

Te Tang's latest patents demonstrate her expertise in image processing and machine learning applications in robotics. One noteworthy patent is for **failure detection and failure recovery for AI depalletizing**. This method effectively identifies inaccurately depicted boxes in images by employing a 3D camera to gather both a 2D RGB image and a depth map. The patent describes a sophisticated segmentation process using a neural network, allowing for precise labeling of boxes within the images, while also analyzing the effectiveness of the segmentation process.

Another significant patent is the **algorithm for mix-size depalletizing**. This invention outlines a system for recognizing boxes that need to be picked up by a robot from a stack. Similar to her previous work, this method uses a 3D camera to capture RGB images and depth maps. Notably, it employs a simplified mask R-CNN, enabling the identification of pixel associations with specific boxes and determining their locations for efficient robotic handling.

Career Highlights

Currently, Te Tang works at Fanuc Corporation, a leader in industrial robotics and automation. Her role involves the development and refinement of automated systems that leverage advanced technologies. Her innovative mindset and technical acumen have positioned her as a key player in driving progress within her company.

Collaborations

Te Tang collaborates with talented professionals like Tetsuaki Kato, enhancing her projects with a diverse range of expertise and perspectives. This collaboration not only enriches the creative process but also fosters a stimulating environment for innovation.

Conclusion

Te Tang continues to be an influential figure in the field of robotics, contributing to notable advancements in AI-driven systems. Her patents, focusing on failure detection and optimization in depalletizing processes, underline her commitment to pushing the boundaries of technology. As she continues to innovate, her work will undoubtedly impact the future of automation and robotics.