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First, the science: Back in October 2022, a team of 16 experts from NTT Research Inc., the Massachusetts Institute of Technology (MIT), and Nokia (NYSE: NOK) authored a paper titled “Delocalized Photonic Deep Learning on the Internet’s Edge” that appeared in Science. Why the technology it describes for edge applications wasn’t widely publicized until last week is a question that,

A group of scientists, including researchers from NTT Research, MIT and the Physics and Informatics (PHI) Lab, recently demonstrated a new technique called Netcast. This technique uses optical technology to run deep neural networks (DNNs) efficiently, and it can enable advanced DNNs on resource-constrained Internet of Things (IoT) edge devices. NTT, MIT Researchers develop technique for efficient

NTT Research, a part of NTT Group, tried to answer that question at its recent 2023 Upgrade Reality Summit. At the event, NTT Research unveiled and demonstrated a new product called the “private telemetry system,” a cryptographic technology for privately using aggregate data. The technology is the foundation on which NTT’s new data-privacy-as-a-service approach is built,

A scientific project that can create digital representations of the cardiovascular system aims to predict and diagnose diseases in virtual scenarios before applying them to real-world settings. The system can help doctors make better decisions on treatment options, as well as predict potential illnesses down the road. Iris Shelly, a research scientist with NTT Research,

NTT Sonority Inc., a member of the wider NTT Group, recently announced it developed an entirely new type of earphone that enhances user safety and comfort. The earphone, which uses a technology called the “Personalized Sound Zone” (PSZ), marked the entrance of NTT — the global IT giant heavily invested in fundamental research, telecommunications, and emerging