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Corporate Research & Development Center
Toward the Innovation Driven Company
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- Toshiba Develops High-Sensitivity, Compact Superconducting Multiband Receiver for Radio Telescopes
-Contributing to astronomy and study of black holes by capturing previously inaccessible frequency bands and receiver miniaturization- [29 Sep. 2020] - Research and Development's Videos: "MicroRNA Detection Technology" [31 Aug. 2020]
- World's First Development and Demonstration of a Quantum Cryptographic Communication Technology Applied System for Genomic Medicine
-Quantum cryptographic communication technology allows for completely secure real-time transmission of genome analysis data and transfer of online expert panel data- [7 Aug. 2020] - Toshiba to Lead Joint R&D Project Commissioned by Japan's MIC to Develop Global Quantum Cryptography Communications Network
-Aiming at deploying worlds first wide-range and large-scale quantum cryptography communication networks- [29 July. 2020] - Advanced Light-Receiving Technology from Toshiba Enables Solid-State LiDAR Free from Reliance on Mechanical Components
-Compact, low-cost and simple to install solution is suitable for wide variety of vehicle types- [7 July. 2020] - Toshiba’s High-Speed Crowd Counting AI Delivers World-Class Accuracy on General-Use PC
-Toshiba’s unique deep learning algorithm provides low-cost crowd analysis solution, supports public safety in the new normal- [12 Jun. 2020] - Toshiba’s Auto-Subtitling System for Online Classes is a Win-Win for Educators and Students
-In our COVID-19 world, high accuracy subtitling helps educators to deliver material and students to understand it- [10 Jun. 2020] - New AI from Toshiba Predicts Automobile and Drone Movements with the World's Highest Accuracy
-Estimating vehicle movement with 40% fewer errors expected to contribute to improved traffic safety and realization of autonomous vehicles- [3 Jun, 2020] - Toshiba's Time-series Waveform Anomaly Detection AI Minimizes Missed Anomalies or False Alarms Offering High Explainability
-Improves anomaly detection by 7%, and will contribute to failure prediction and efficient maintenance of manufacturing equipment and infrastructure facilities- [2 Jun. 2020] - Toshiba Develops AI for Automatically Correcting Time Lag Among Time-Series Data from Multiple Sensors
-Achieving higher accuracy in anomaly prediction/detection and motion analysis for infrastructure or manufacturing equipment by identifying the timing of changes with less than one-tenth the error of conventional methods- [2 Jun. 2020]
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