Development and application of a high-accuracy visual marker using the world's first lenticular angle gauge

Measuring 3D location and orientation with any camera

15:20-15:50

【Profile】

He received a master's degree in Aeronautics and Astronautics from the University of Tokyo. After working as an assistant professor at Research Center for Advanced Science and Technology, the University of Tokyo, he received Ph.D. and became a senior researcher at the National Institute of Advanced Industrial Science and Technology in 2011. Currently he is at the Human Augmentation Research Center in Kashiwa City, Japan. He has been engaged in the development of high-accuracy visual markers and their industrial applications, and since 2018, he has been concurrently serving as a technical advisor to LEAG Solutions Inc.

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【Abstract】

The high-accuracy markers developed by AIST are planar visual markers equipped with the world's first optical system (LEAG) that uses a lenticular lens to measure orientation and have a measurement accuracy more than 10 times higher than that of conventional AR markers. By using our LEAG-SDK (measurement software development kit) and high-accuracy markers, it is easy to achieve high-accuracy 3D position and orientation measurement with a single camera, and the system can be used to construct a variety of systems for positioning, motion measurement, robot control, and AR. In addition to demonstrations of 3D measurement system using high-accuracy markers and examples of applications, and exhibits of various high-accuracy markers and vertical measuring instruments using LEAG, the booth will also feature a reference exhibit of DNP's DX Marker, which is designed for use in logistics, medical, drone control and other applications.

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16:10-16:40

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