Corporate Laboratory (Komukai region)
AI Digital
- Toshiba Develops Image Analysis AI for Rapid, High-Accuracy Analysis for Industries Lacking Sufficient Training Data through Pre-training with a Small Set of Real Images -Contributing to automation and labor reduction in specialized fields where conventional implementation of AI was difficult due to low availability of microscopic, infrared, biological, and other images-
- Toshiba Develops Hybrid Action Recognition AI for High-Accuracy Human Action Recognition with Minimal Computational Resources -Combining Skeleton Recognition AI and Video Recognition AI to precisely identify tasks using tools and contribute to the advancement of DX at manufacturing sites-
- Toshiba Develops a Dialog Agent Using Generative AI that Can Appropriately Answer Even Vague Questions -Realizing cooperation between “response generation AI” and “response evaluation AI” contributing to improved work efficiency by present operating procedures appropriately even to workers with little experience in the field of infrastructure-
- Toshiba Develops High-Precision Wind Power Generation Forecasting Technology that Considers Topographical Effects Near Wind Turbines Using Meteorological Prediction and AI Technologies -Supporting Stable Operation of Renewable Energy Sources through Accurate Wind Power Generation Forecasts-
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Toshiba develops the World’s First AI for Precise Control of Complex Robot Operations Using ‘Offline Reinforcement Learning’ with a Small Amount of Data
-Promoting automation in manufacturing sites and beyond with AI capable of learning safely and efficiently, contributing to the alleviation of labor shortages- - Toshiba Develops High-Performance Unsupervised Image Classification AI for Grouping Product Defects and Failures -Significantly improving the classification accuracy of defects and failures on complex product patterns, boosting inspection efficiency and productivity in the manufacturing field-
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Toshiba Launches Open Testbed for Demonstrating Advances in Energy Conservation and Security at Innovation Palette
-Using operational digital twin in an active testbed in state-of-the-art R&D facility, an office where 1,000 employees work-
- Toshiba Corporation developed an AI-based "High-Dimensional Bayesian Optimization Technology" to Automatically Optimize many Parameters that are Difficult to Tune Manually -Promoting digital evolution and transformation in data-driven design of high-performance power semiconductors and other advanced applications-
- Toshiba and Toshiba Digital Solutions Develop AI for Road Surface Anomaly Detection that Contributes to Maintenance and Long-term Operation of Expressways and Demonstrates Real-time Detection of Potholes that Pose a Risk of Serious Accidents -Promoting more rapid and sophisticated routine inspection of expressways using AI to facilitate detection of various anomalies and easy implementation on different roads-
- Toshiba Develops AI that Understands Infrastructure Documents to Utilize Experts’ Knowledge for Advanced Maintenance -Understanding technical documents in the infrastructure sector with high accuracy and contributing to fast efficient infrastructure maintenance-
- Toshiba Develops Acoustic Wear-estimating AI Technology for High-accuracy Analysis of Equipment Operating Sounds and Detection of Signs of Equipment Wear -Determining equipment conditions from operating sounds and promoting timely maintenance-
- Toshiba Develops Image Recognition-Based Few-Shot Object Detection AI for Immediate Detection of a New Object with Unprecedented Accuracy by Registering a Single Image of the Object -Ease of incorporation and operation contributes to digitization and promotes digital transformation at factories and plants that handle many different parts and equipment-
- Toshiba Develops Infrastructure Inspection AI for Detecting Anomalies from Only a Few Reference Images with Unprecedented Accuracy -Ease of incorporation into real-world inspections and accurate detection of infrequent, untrained anomalies helps reduce workloads, expedite discoveries, and ensure stable long-term operation of infrastructure-
- The Toshiba Co-creation Center “Creative Circuit” Implements Video Recognition AI to Promote Value Creation with Co-creation Partners -Accelerating the social implementation of AI technology by sharing images using Toshiba’s latest video recognition AI-
- Toshiba Develops “Electricity Markets Trading Strategy AI” for Aggregation of Renewable Energy -Contributions to stable renewable energy supply and realization of a carbon-neutral future-
- Toshiba Introduces New Anomaly Detection AI for Large-scale Industrial Plants at ICDM2021 LITSA -Workforce transformation technology handles complex operating conditions across massive sensor data, contributes to efficient plant operation and maintenance.-
- Toshiba Develops World-first AI Capable of 3D Measurements using Only Photos from a Monocular Camera Zoom Lens -Facilitating safe and easy measurements of part sizes for repairs without approaching dangerous areas, realizing labor savings and automated infrastructure inspections, and contributing to efficient infrastructure maintenance-
- Toshiba Develops an AI Technology for Automatically Generating Physical Models with Excellent Interpretability from Time-Series Device Data, Facilitating the Detection of Device Abnormalities and Their Cause -Determining not only whether something is different but also why contributes to predictive maintenance of social infrastructure equipment-
- Toshiba’s Visual Question Answering AI Deliver the World's Highest Accuracy -Will contribute to safety and lower workloads at production sites. Expected use include broadcast content and scene retrieval from surveillance footage-
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Toshiba and Riken Develop a World-class Scalable AI Technology that,
After Learning, Can Adjust AI Performance and Computational Complexity
According to Usage Environment
-Streamlining AI development and management by standardizing AI engines that perform similar tasks in various applications- -
Toshiba's Inspection Information Management AI Automatically
Recognizes and Manages Imaging Locations and Subject Sizes from a
Single Photo
-Contributing to automation of patrol and maintenance inspection tasks in power plant facilities and work-style reforms for the “new normal”-
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Toshiba Develops AI Technology for World-Class Accuracy in
Image-Based Anomaly Detection
-Achieving high accuracy even when the appearance of the inspection target differs by imaged area or product type, and improving productivity at diverse manufacturing sites- -
Toshiba Develops AI that Segments Regions of Individual Packages in
Images from Visible-Light Cameras with World's Highest Accuracy
-Aims to commercialize logistics robots capable of high accurate recognition without onsite pre-learning in FY2021. Promoting accelerating automation of logistics industry- -
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- -
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- -
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- -
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- -
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- - NEDO and Toshiba Release Sample Software for Autonomous Mobile Robot Interface Enabling Multiple Robots from Different Manufacturers to Operate under a Common System
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Toshiba's Speech Recognition AI Technology is the World's First for
High Speed Keyword Detection with Individual Speaker Recognition
-Speaker recognition delivers user-specific operation of home appliances-
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Toshiba Develops AI with Three-Dimensional Recognition that Measures
Distance Using a Commercially Available Monocular Camera with the
Accuracy of a Stereo Camera
-Higher Accuracy, Lower Cost, and Smaller with Deep Learning for Use in Robot Picking, Autonomous Operation of Unmanned Delivery Vehicles, Remote Control Drone Inspections of Infrastructure, etc.- -
Toshiba Risk Assessment Algorithm Helps Train Operators Improve
Services
-Accurate calculation of delay risk reduces timetable disruption, improves services, passenger convenience and satisfaction, and reduces workloads for railway operators- - Greater Anglia turns to Toshiba's AI solutions to enhance train timetabling and improve customer convenience (Toshiba Digital Solutions Corporation)
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Toshiba and The Institute of Statistical Mathematics Have Developed
Machine Learning
Algorithm for Identifying Failure Factors from Data with Many Missing Values -
Toshiba's Breakthrough Algorithm Realizes World's Fastest,
Largest-scale Combinatorial Optimization
-Advance towards building service platform for rapid problem solving in logistics, drug development and other socially important areas-
- Toshiba's Compaction Technology for Deep Neural Networks Opens Way to High Accuracy Recognition Processing on Edge Devices
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Toshiba's Highly Explanatory AI Uses Normal Waveform Data to Learn
and Detect Equipment Anomalies
-improves utilization rates of factory and social infrastructure plant and reduce maintenance costs- -
Toshiba's AI Breakthrough for Edge Devices Uses Both Short-Term and
Long-Term Memory to Deliver Highly Precise Predictions
-Improves capacity utilization of plant and equipment and social infrastructure, reduces maintenance costs- -
Toshiba's New AI-based Virtual Assistant Technology Provides
Rating-Based Recommendations in Natural Dialogues
- Toshiba's New AI Technology Contributes to Safety and Security in Large Facilities by Tracking Multiple People at Once
- Toshiba and Toshiba Memory are Gold Medal Recipients of the 2016 JSAI Field Innovation Award
- Toshiba and RIKEN to Collaborate in AI Research and Development
- Toshiba's Latest Advance in Voice Recognition can Distinguish Multiple Individual Speakers, Without Special Training
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Toshiba's Autonomous Driving System Takes to the Road
Collaboration with Nagoya University to test system based on Toshiba's image recognition processor - New Heavy-ion Radiotherapy Technology Tracks Tumors without Implanting Fiducial Markers in Patient
- Toshiba's New Technology Achieves Nondestructive Sensing of Internal Deterioration in Concrete Structures
- Development of an Imaging Technique That Can Simultaneously Acquire a Color Image and Depth Map from a Single Image Taken with a Monocular Camera
- Development of Voice Design Technology for Easy and Intuitive Creation of a Wide Variety of Text-to-Speech Voices -For Quick Creation of Low-Cost Speech Content-
- Development of a technology for high-performance measurement of group sizes
- New technology to project expansive virtual reality images inside the magnet bore -Reducing patient anxiety caused by the confined MRI examination space-
- Toshiba novel method for quantifying cerebrospinal fluid flow dynamics uses magnetic resonance image analysis
- Super High Quality Image Processing Technology A Compact Image Sensor Providing Image Quality on Par with Larger Sensors
- Development of a nonvolatile memory circuit for high-performance processors using new types of magnetic memory elements
- Toshiba Develops Glasses-Free Ultrahigh-Definition 2D/3D Switching Display Using Low-Crosstalk Liquid Crystal Lens Technology
- Development of a high-quality and low-bitrate SHVC encoding technique to enhance existing HDTV video up to 4K resolution
- Development of a video display technology for wearable displays
- Development of a real-time 4K-HEVC software compression technology complying with the latest video compression standard HEVC
- Development of DaisyRings™, a content transliteration support system utilizing text-to-speech technology to support the creation of e-books for the visually impaired
- Information Service Platform for Clustered BEMS of Yokohama Smart City Project
- New IEC 62656-3 Standard for DB Maintenance of CIM Used in Smart Grids
- Signal Processing Technologies for CMOS Image Sensors
- Problem-Solving Dialogue Technology
- from“SCIENCE AND TECHNOLOGY HIGHLIGHTS 2014”
- Problem-solving dialogue technology for reducing the cost of customer services
- Development of a technology for automatic localization of the cardiac area and diaphragm from a chest 3-D MRI
- High-Quality Image Processing Technologies for 4K Ultra HD TVs
- Intelligent Camera Incorporating Visconti™2 Image Recognition Processor
- High-Efficiency Weighted Prediction for H.265/HEVC Standard
- Simultaneous Interpretation for Face-to-Face Services
- Automatic Design Optimization Tool for MW-Class Photovoltaic Power Generation Systems
- Failure Prognosis Engine for HDDs in Notebook PCs
- Space-Saving Motor with High Torque Density for Industrial and Transportation Drive Systems
- from“SCIENCE AND TECHNOLOGY HIGHLIGHTS 2013”
- Myocardial Contour Detection and Cardiac Slice-Alignment Methods for Medical Image Processing
- High-Quality Image Creation for Glasses-Free 3D Displays
- Expressive Text-to-Speech Synthesis for e-Book Reading
- Fatigue Life Prediction Method for SSD Printed Circuit Boards Based on Canary Circuit
- Model-Based Simulation Technology for Estimation of Residential Power Consumption
- Construction of Wind Pressure Database for Variously Arranged Photovoltaic Arrays
- from“SCIENCE AND TECHNOLOGY HIGHLIGHTS 2012”
- Technology to determine reference section in heart images for cardiac MRI diagnosis
- 2D3D Image Conversion
- Integral Imaging 3D Display without Dedicated Glasses
- Monocular Augmented Reality Display
- Speaker Adaptation Technique for Text-to-Speech System
- Nano/Microelectromechanical Systems Probe
- Technique for Numerical Analysis of Mixed Lubrication in Compressors of Air Conditioners and Hot-Water Heaters
- from“SCIENCE AND TECHNOLOGY HIGHLIGHTS 2011”
- CELL REGZA™ User Interface Technologies and Super-Resolution Technology for Internet Video
- Japanese/Chinese/English Six-Directional Speech-to-Speech Translator for dynapocket™
- Illumination-Adaptive LCD Control Technology
- Design Technology to Realize Pleasant Product Sounds
- Behavior-Aware Energy Management System for Smart Homes
- from“SCIENCE AND TECHNOLOGY HIGHLIGHTS 2010”
- Video Processing Technologies on Toshiba’s SE1000 Quad Core HD Processor
- Health Monitoring Technology for Printed Circuit Boards of Digital Products
- Full Six-Directional Japanese/Chinese/English Speech-to-Speech Translator
- Speech Recognition and Synthesis Technologies on Bluetooth™ Chipset for In-Car Use
- from“SCIENCE AND TECHNOLOGY HIGHLIGHTS 2009”