ATR openhouse 2014

Poster

Computational Neuroscience

♦Enhancement of Learning by Using Neurofeedback ∼Help for Learning Difficulty∼ ♦Hyperscanning of Human Observational Learning ∼Mechanisms of Learning from Each Other∼ ♦Developing Treatments Methods of Psychiatric Disorder Based on Brain Information

∼Treatments and Computational Models for Obsessive Compulsive Disordeｒ∼ ♦Network-type Brain Machine Interface ∼BMI for Life Assistance in Real Environments∼ ♦Coactivated Component Analysis of EEG ∼Discovery and Extraction of BMI-Relevant Brain States出∼ ♦Decoding Neural Signals ∼Realizing Brain Communications∼
♦Decoded Neurofeedback(DecNef®)

∼A New Approach in Neuroscience∼
♦Decoding Confidence in a Visual Task ∼Reading Out One’s Own Confidence About What We See Through fMRIる∼
♦Control of Exoskeletons with Pneumatic-Electric Hybrid Actuators ∼Modeling and Position Control of Air Muscles∼
♦Brain Robot Interfaces for an Assistive Exoskeleton ∼Brain Signal Analysis for Assistive and Rehabilitation Robotics∼
♦Brain Activity Estimation via Multimodal Integration ∼Visualizing Brain Activities by Integrating Advantages of Multiple Measurement Modalities∼
♦Brain Activity Estimation via Near-infrared Light Spectroscopy ∼Visualizing Brain Activities Using Near-infrared Light∼
♦Brain Dynamics Estimation ∼Visualizing Information Processing in the Brain∼

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：The titles marked with a star are recommended.)

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Life-supporting Robots

♦Enabling a Social Robot to Adapt to a Public Space in a City

∼To make useful robots in a city∼ ♦Childcare support with ubiquitous network robot system ∼Understanding of daily activities in a playroom∼ ♦Development of Care Monitoring Robotic System for Elderly People ∼Improving QOL for the Elderly∼ ♦Studies on Cellphone-type Teleoperated Androids Transmitting Human Presence

∼Stress reduction with Hugvie and its educational application∼ ♦Long-term activity measurement of demented elderlies ∼Platform by teleoperated android∼
♦Contact Lens with Retroreflection Optical Markersズ ∼for stable and accurate eye tracking∼
♦Sound environment map generation by a moving microphone array ∼Helping speech recognition and sound understanding applications∼

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：The titles marked with a star are recommended.)

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Wireless Communications

♦Estimating radio wave direction of arrival from onboard train apparatus

∼Real-time display of the radio wave direction of arrival∼ ♦QoE-Based Access Control for Efficient and Reliable Wireless Network

∼To Improve "Application Usability" for More Users∼ ♦Radio Environment Big Data Technology ∼Efficient White Space Boundary Estimation using Sensor Data∼ ♦Wideband Non-Contiguous OFDM Technology

∼Mobile Communication by Utilization of Unused Resources Dispersed in Frequency Domain∼ ♦Radio Wave Energy Harvesting ∼Generating DC power from ambient RF energy∼
♦Effective use of LifeLog for Medical Treatment ∼Making the best use of LifeLog for Cognitive Behavioral Therapy for Depression∼ ♦Radio On Demand Networks for Green Wireless Access

∼Reducing Wasteful Power Consumption without Loss of Usability∼
♦Wireless Harness Technology ∼Contributing to reduce weight and CO2 emission∼
♦Poly-Polarization Spatial Multiplexing Transmission Technique ∼Boost of Satellite Communication by Multi-Polarization∼
♦Equalization Technique by Fast Sequential Switching of Linear Array Antenna Elements ∼For Improving Throughput in Fast Moving Vehicles∼
♦Linear Cell MIMO System Using Leaky Coaxial Cables for High Density Cell Deployment

∼For Providing Stress-free Wireless Communications in Congested Users' Environment∼

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：The titles marked with a star are recommended.)

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Expanding Research Areas and External Cooperation

♦Sato Live Bio-Forecasting Project ♦Live Forecasting and Control of Biological System ♦Keihanna Data Center

∼Toword Total Optimization of Data Center Energy Consumptions∼ ♦ATR Agriculture Project

♦The Ministry of Education, Culture, Sports, Science and Technology ofJapan, Strategic Research Program for Brain ♦New Energy and Industrial Technology Development Organization,"Development of Advanced Medical Systems for Future ♦ISHIGURO Symbiotic Human-Robot Interaction ♦A contracted R&D project from West Japan Railway Company ♦Bridging the "Valley of Death": Activities toward the Commercialization of Research Outputs ♦Supporting Program for Innovative Projects

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：The titles marked with a star are recommended.)

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Affiliate companies

ATR-Promotions ♦BAIC Supports Brain Research with Advanced Technique

♦Human Location Tracking System(ATRacker®)

♦Portable Wireless Hybrid Sensor "TSND121"and Software

ATR Learning Technology ♦ATR CALL BRIX：The English Teaching e-Learning System

∼Various Courses on Various Devices∼

ATR Creative ♦Introduction Example of "Stroly" Apps

♦Time-Location Photo Comparison System

♦ATR Creative's Approach to Opan Data
ATR-Trek ♦Speech Recognition Application for Smartphone

∼Speech Translation and Spoken Dialogue Technology∼

(

：The titles marked with a star are recommended.)

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《Other Exhibiting Companies》

・ATR-Sensetech
・Vstone Co.,Ltd.
・AI, Inc.
・FEAT Limited
・Nippon Venture Capital Co., Ltd.
・TORAY INDUSTRIES. INC.
・Green Farm Co.,Ltd.
・The Sand Culture Society of Japan
・NTT Advanced Technology Corporation
・Coolware Inc.

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