Intelligent systems

• 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 Demonstrates Technology for Analyzing and Visualizing the Internal Soundness of Bridge Decks at the Fukuoka Expressway -Promoting digitalization of bridge aging countermeasures, contributes to more efficient bridge repair and extending the service life of social infrastructure-
• 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-
• 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”-

• 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
• 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-

• 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)
• 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
• 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
• 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”