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| Source: NVIDIA blog post. Night view of billboards in Tokyo. |
GTC Japan is where the latest on GPU computing will be discussed. This year’s robotics track includes:
- Tetsuya Ogata, Professor at Waseda University, sharing how his team is using deep learning dynamic frameworks to analyse complex actions such as folding clothes and opening doors.
- Takayuki Nagai, Professor at University of Electro-Communications, talking about advancements in machine learning changing lives, complete with examples of how AI-powered robots are coexisting with people.
- Daisuke Yamamoto, Executive Officer at OPTiM Platform Group, discussing the future of high-precision vision computing, based on robotic use cases in the fields of agriculture, fisheries, forestry and construction.
- Dieter Fox, head of Robotics Research at NVIDIA, covering progress in model- and learning-based approaches to perception and control in robotics. He will also discuss how this research supports the NVIDIA Isaac framework, a new toolbox for the simulation, training, verification and deployment of robots.
- Chitoku Yato, Technical Product Marketing Manager at NVIDIA, will conduct two technical deep dives. Developers will learn how to create and deploy AI-powered robotics using the Isaac software development kit (SDK) and how to create the next generation of robots with Jetson Xavier.
GTC Japan will also feature demonstrations from:
- DENSO: an AI industrial robot that can assemble parts from different pallets
- FANUC: an AI pick-and-place robot
- Hitachi: an autonomous robot for household chores
- Kawada: a collaborative robot for industrial automation
- Komatsu, featuring smart construction equipment
- Musashi Seimitsu: performing autonomous optical inspection of high-precision auto parts
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