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The surge of interest in the overall category of digital twins has led to some confusion, as tends to happen during “hype” cycles. A closer look at the cardiovascular bio-digital twin (one area of focus for my research organization) can help clarify matters. First, the existence of this niche says something. A bio-digital twin does […]

A new processor that uses light, instead of electrons, has the potential to perform its computations up to 100 times more powerfully and efficiently than existing processors inside machine-learning computer systems. That’s according to a new USC and MIT study published in the journal Nature Photonics. Zaijun Chen of USC, Ryan Hamerly of NTT Research,

Quantum approach: NTT DATA used Quantum Annealing technology with superconducting qubits from D-Wave. NTT Research’s CIM (Coherent Ising Machine) then simulated the technology. The comparison was based on the measurement of computational efficiency, accuracy, and scalability indicators. Quantum News Briefs July 31: OQC and Cogniframe partner to enable users, regardless of their level of expertise, to

The impact artificial intelligence will have on society is similar to or greater than that of the discovery of nuclear energy, so robust ethical guidelines need to be put in place. And it’s much easier to access AI than nuclear energy, which makes AI more difficult to control. A lot of thought must go into

NTT Research’s CIM (Coherent Ising Machine) then simulated the technology. The comparison was based on the measurement of computational efficiency, accuracy and scalability indicators. The same dataset was used as a reference for the concept proof and the comparison. Specifically, the bacteriophage phiX174 genome’s sequencing was synthetically generated, allowing the simulation of different test scenarios

 NTT Research’s CIM (Coherent Ising Machine) then simulated the technology. The comparison was based on the measurement of computational efficiency, accuracy, and scalability indicators. The same dataset was used as a reference for the concept proof and the comparison. Specifically, the bacteriophage phiX174 genome’s sequencing was synthetically generated, allowing the simulation of different test scenarios

In industry, digital twins are simulations of real-world objects fed with data. For example, a digital twin of a wind turbine offers engineers the chance to diagnose problems without visiting the site. A ‘bio digital twin’ might offer doctors the chance to see how a patient would respond to drugs – before prescribing them. Chris

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