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To meet the twin goals of increasing computing power and decreasing the environmental impact, NTT has created an Innovative Optical Wireless Network, or IOWN. Based on the core components of green infrastructure (an all-photonics network), a cognitive computing layer which connects everything, and digital twin technology to enable predictions, the IOWN initiative aims to actualize the new infrastructure that will allow for a green internet, and a sustainable future.
By Foresight Studios Magazine Team
To meet the twin goals of increasing computing power and decreasing the environmental impact, NTT has created an Innovative Optical Wireless Network, or IOWN. Based on the core components of green infrastructure (an all-photonics network), a cognitive computing layer which connects everything, and digital twin technology to enable predictions, the IOWN initiative aims to actualize the new infrastructure that will allow for a green internet, and a sustainable future.
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To help us meet the needs of the future and realize Society 5.0, NTT is developing an innovative optical wireless network which addresses the increasing demand of connectivity and smart services with the additional dimension of sustainability. Tom Winstanley, CTO & Head of New Ventures at NTT DATA UK, shares how IOWN brings in the necessary infrastructure to ensure that our technological development will not damage the planet, but enhance it.
By Tom Winstanley, CTO & Head of New Ventures NTT DATA UK
To help us meet the needs of the future and realize Society 5.0, NTT is developing an innovative optical wireless network which addresses the increasing demand of connectivity and smart services with the additional dimension of sustainability. Tom Winstanley, CTO & Head of New Ventures at NTT DATA UK, shares how IOWN brings in the necessary infrastructure to ensure that our technological development will not damage the planet, but enhance it.
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Digital twins are virtual representations of real-world objects or processes, creating powerful simulations for prediction and optimization. Applied to medicine, we’re able to employ digital twin technology to create virtual versions of people’s hearts, offering a groundbreaking way of predicting and treating cardiovascular diseases. Joe Alexander, Distinguished Scientist at NTT Research’s MEI (Medical and Health Informatics) Lab, walks us through the advances being made in bio digital twin technology and how they can fulfill the vision of remedying heart problems before they occur.
By Joe Alexander, Distinguished Scientist, MEI Lab, NTT Research
Digital twins are virtual representations of real-world objects or processes, creating powerful simulations for prediction and optimization. Applied to medicine, we’re able to employ digital twin technology to create virtual versions of people’s hearts, offering a groundbreaking way of predicting and treating cardiovascular diseases. Joe Alexander, Distinguished Scientist at NTT Research’s MEI (Medical and Health Informatics) Lab, walks us through the advances being made in bio digital twin technology and how they can fulfill the vision of remedying heart problems before they occur.
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From revolutionizing cardiovascular medicine to solving the trickiest problems in autonomous vehicles, NTT Research’s Labs have been pushing the boundaries of technological innovation. Here’s what President & CEO Kazuhiro Gomi predicts will be making waves in 2022 and beyond.
By Kazuhiro Gomi, President & CEO of NTT Research
From revolutionizing cardiovascular medicine to solving the trickiest problems in autonomous vehicles, NTT Research’s Labs have been pushing the boundaries of technological innovation. Here’s what President & CEO Kazuhiro Gomi predicts will be making waves in 2022 and beyond.