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NTT is at the forefront of creating artificial intelligence that can think like a human. And to make sure new AI systems can respond appropriately to human emotions and changing situations, the latest developments focus on embedding essential human values, such as tolerance and sincerity, into these cutting-edge technologies.
By NTT R&D
NTT is at the forefront of creating artificial intelligence that can think like a human. And to make sure new AI systems can respond appropriately to human emotions and changing situations, the latest developments focus on embedding essential human values, such as tolerance and sincerity, into these cutting-edge technologies.
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The Sports Brain Science Project, an NTT initiative that uses the latest technologies and brain science research to explore individual performance and skill, is currently carrying out a variety of experiments at its ‘Smart Bullpen’ in Atsugi City, Japan. Here, athletes are measured under conditions close to actual games. The experiment on batters’ predictions, featuring players from the Japan Softball League, reveals some of the secrets of top athletes.
By Makio Kashino, Ph.D., NTT Fellow, NTT Communication Science Laboratories, Head of Kashino Diverse Brain Research Laboratory // Daiki Nasu, Ph.D., Sports Brain Science Project, NTT Communication Science Laboratories
The Sports Brain Science Project, an NTT initiative that uses the latest technologies and brain science research to explore individual performance and skill, is currently carrying out a variety of experiments at its ‘Smart Bullpen’ in Atsugi City, Japan. Here, athletes are measured under conditions close to actual games. The experiment on batters’ predictions, featuring players from the Japan Softball League, reveals some of the secrets of top athletes.
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Every child is unique in how they respond to certain kinds of teaching. For autistic children, being able to tailor the method of communication so it takes these individual characteristics into consideration is vital – and this is where innovation in technology can help. Advances in automation and AI mean we are increasingly able to create products and services tailored to individual needs, with NTT DATA’s AIDA – Artificial Intelligence Design for Autism – project a shining example of how technologies such as AI, IoT and VR can help school environments become more inclusive.
By Corinne Schillizzi, UX & Service Designer Tangity (part of NTT DATA Design Network)
Every child is unique in how they respond to certain kinds of teaching. For autistic children, being able to tailor the method of communication so it takes these individual characteristics into consideration is vital – and this is where innovation in technology can help. Advances in automation and AI mean we are increasingly able to create products and services tailored to individual needs, with NTT DATA’s AIDA – Artificial Intelligence Design for Autism – project a shining example of how technologies such as AI, IoT and VR can help school environments become more inclusive.
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The Covid-19 pandemic has changed everything about how we communicate and congregate in social spaces. Relying heavily on remote connection makes high-speed and broad bandwidth, with low costs and immediate use, high in demand. NTT is collaborating with partners and using All-Photonics Network (APN) technology to research and develop on-demand photonic multipoint connection technology. Hirotaka Yoshioka and his colleagues from NTT’s Network Service Systems Laboratories set out how this new technology is transcending geographical boundaries to connect the world.
By Hirotaka Yoshioka, NTT Network Service Systems Laboratories // Takamitsu Narumi, NTT Network Service Systems Laboratories // Masahiro Nakagawa, NTT Network Service Systems Laboratories // Kenichiro Matsumoto, NTT Network Service Systems Laboratories
The Covid-19 pandemic has changed everything about how we communicate and congregate in social spaces. Relying heavily on remote connection makes high-speed and broad bandwidth, with low costs and immediate use, high in demand. NTT is collaborating with partners and using All-Photonics Network (APN) technology to research and develop on-demand photonic multipoint connection technology. Hirotaka Yoshioka and his colleagues from NTT’s Network Service Systems Laboratories set out how this new technology is transcending geographical boundaries to connect the world.