| 01 |
MIURA, Kazuki SIMIZU, Siro |
Analysis of glycan processing and elucidation of action mechanism of bioactive compounds: for development of disease therapeutic drugs |
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| 02 |
TAKAHASHI, Daisuke TOSHIMA, Kazunobu |
Development and application of novel technology for the efficient synthesis of highly-functional glycosides |
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| 03 |
OKUDA, Tomoaki |
Development of new air purification technologies to facilitate “subways with the world’s cleanest air” |
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| 04 |
OKUDA, Tomoaki |
CYCLEX project: New development of high-volume cyclone sampler for evaluating adverse health effect caused by air particulate matter |
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| 05 |
SUZUKI, Tetsuya |
Development of next-generation medical equipment using diamond-like carbon thin film |
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| 06 |
NAKAJIMA, Atsushi TSUNOYAMA, Hironori |
Ultrafine microfluidic reactor for fine synthesis of sub-nanocluster materials |
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| 07 |
NAKAJIMA, Atsushi |
Dry synthesis system for sub-nanocluster materials: nanojima® |
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| 08 |
YAN, Jiwang |
High-performance Optical Device Fabricarion |
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| 09 |
YAN, Jiwang |
Nano-Processing of New Materials |
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| 10 |
SHIRATORI, Seimei |
Non-woven fabric with oil-water separation |
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| 11 |
SHIRATORI, Seimei |
Antifouling coating to promote recycling of plastic |
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| 12 |
ONOE, Hiroaki |
Boimedical and information devices Integrated with micro/nano-scale functional materials |
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| 13 |
SHIRATORI, Seimei |
sensor for human health care |
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| 14 |
SHIRATORI, Seimei |
Promotion of energy saving by anti-adhesion coating |
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| 15 |
DAIMON, Tatsuru |
Analysis of driver cognitive and behavioral characteristics, design and evaluation of human machine interface |
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| 16 |
DAIMON, Tatsuru |
Meta-heuristic solution for vehicle routing problem |
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| 17 |
NAKANISHI, Miwa |
UX design: Study user’s essential desire |
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| 18 |
NAKANISHI, Miwa |
Next-generation strategies for Safety Management System: Safety-1 & Safety-2 |
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| 19 |
CITTERIO, Daniel HIRUTA, Yuki |
Chemical Sensors and Biosensors for Healthcare and Environmental Applications |
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| 20 |
MIURA, Youhei |
Preparation of organic crystal exhibiting emission and mechanical motion |
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| 21 |
FUJIOKA, Satoko |
Control of Droplets for Continuous Processes |
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| 22 |
BANNO, Taisuke |
Cell-sized droplet-type robots exhibiting stimuli-responsibilities |
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| 23 |
ASAKURA, Kouichi |
Spontaneous generation of dynamisms in chemical systems and cosmetic technologies |
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| 24 |
YAMAMOTO, Takashi EINAGA, Yasuaki |
Photoresponsive Nano-Magnets |
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| 25 |
SUZUKI, Hideo |
Data Analysis: Quantification for Customer Satisfaction and Service Quality, Analysis for Management, Marketing and Sports Data |
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| 27 |
NAMERIKAWA, Toru |
Control Theoretic Approach to Super Smart City |
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| 28 |
YAMADA, Shu |
Build quality in process by data |
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| 29 |
IIJIMA, Tadashi |
Facilitating Modeling and Enhancing Security of Social Systems |
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| 30 |
IIJIMA, Tadashi |
Evacuation Planning based on Simulation and Data from IoT Sensors, and Application of Virtual reality techniques to Improve Evacuation Skill |
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| 31 |
HASOBE, Taku SAKAI, Hayato |
Novel Organic-Inorganic Hybrid Materials for Solar Energy Conversion and Optoelectronics |
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| 32 |
IWASAKI, Arihiro SUENAGA, Kiyotake |
Discovery of the drug lead compounds from marine organisms |
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| 33 |
MATSUMOTO, Midori |
Study in Nature! -Water bear and Planarian- |
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| 34 |
KAWAKAMI, Norifumi |
Application of the designed protein nano-cage |
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| 35 |
HOTTA, Kohji |
Developmental Mechanism of Central Pattern Generator |
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| 36 |
FUJIMOTO, Keiji FUKUI, Yuuka |
Biomaterials built from polymer materials |
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| 37 |
MIKI, Norihisa |
Attachable/Wearable/Implantable Devices: from Healthcare to Advanced Medical Care |
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| 38 |
SAIKI, Toshiharu |
Plasmonic biosensing using gold nanoparticles |
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| 39 |
TANAKA, Toshiyuki |
Image analysis for medical and beauty |
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| 40 |
OTSUKI, Tomoaki TOYODA, Kentaro |
Wireless health monitoring |
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| 41 |
TAKEMURA, Kenjiro |
Cell Culture System using Ultrasonic Vibration |
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| 42 |
ARAI, Tsunenori |
A Stenotic Artery Therapy: Laser Heating Method |
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| 43 |
ARAI, Tsunenori |
An Innovative Arrhythmia Therapy: PD ABLATION |
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| 44 |
MITSUKURA, Yasue |
Communication Tool for ALS Patient |
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| 45 |
YASUI, Masato FUKUNAGA, Koichi MITSUKURA, Yasue |
The world’s first! Sleep Stage Extraction Algorithm using only Heart Rate |
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| 46 |
KISHIMOTO, Taishiro MITSUKURA, Yasue |
Project for Objective Measures by Collaborating Medical and Technology |
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| 47 |
NURIYA, Mutsuo FUJIMOTO, Yukari |
Integrated development of probes and microscope for bioimaging |
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| 48 |
FUJIOKA, Masato ONOE, Hiroaki |
Multifunctional Gene Delivery System For rAAV-mediated Gene Transfer Using Hydrogel Microparticles |
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| 49 |
OYA, Mototsugu SATO, Toshinori |
Glycomics for diagnosis and drug discovery in metastatic prostate cancer |
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| 50 |
FUKUDA, Keiichi MIYATA, Shogo |
Surface-engineered substrate for large-scale human iPS cell culture |
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| 51 |
KATSURA, Seiichiro |
Applied Abstraction and Integrated Design |
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| 52 |
KATSURA, Seiichiro |
Data Robotics |
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| 53 |
NOZAKI, Takahiro |
Prosthetic hand with haptic technology |
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| 54 |
KAKINUMA, Yasuhiro |
Ultra-precision machining and intelligent machining system |
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| 55 |
TAKAHASHI, Masaki ISHIGAMI, Genya |
Smart Agriculture using Multi-function Robot |
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| 56 |
KOIKE, Ryo KAKINUMA, Yasuhiro |
Laser 3D printing technology for metallic materials |
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| 57 |
MURAKAMI, Toshiyuki |
Control System for Welfare Devices |
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| 58 |
HAYASE, Junko |
Diamond Quantum Sensor |
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| 59 |
KUBO, Ryogo |
Cyber-Physical ICT: Networked Control Systems |
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| 60 |
TERAKAWA, Mitsuhiro |
Laser direct writing of elastic-functional structures |
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| 61 |
UCHIDA, Ken ISHIKURO, Hiroki KURODA, Tadahiro |
Small-size and Low-energy Sensor Systems Detecting Low-molecular Substances for Breath-based Health Monitoring |
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| 62 |
ITOH, Kohei NOZAKI, Yukio ANDO, Kazuya |
Spintronics Research Center |
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| 63 |
YAMASAKI, Nobuyuki |
Responsive Multithreaded Processor for Distributed Real-Time Systems |
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| 64 |
NIHEI, Eisuke |
The application of the negative refractive index distribution type polymer optical fiber and electrogenerated chemiluminescence device |
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| 65 |
KATSURA, Seiichiro |
Thermal Interface for Transmission of Thermal Sensation |
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| 66 |
MATSUOKA, Yoshiyuki KATO, Takeo |
M method system |
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| 67 |
NAKAZAWA, Kazuo |
living and life Support Robot |
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| 68 |
AKIZUKI, Shuichi AOKI, Yoshimitsu |
Understanding plausible tool use based on human demonstration for intelligent robotic manipulation |
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| 69 |
AOKI, Yoshimitsu AKIZUKI, Shuichi |
Action map generation by simultaneous recognition of people and objects |
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| 70 |
AOKI, Yoshimitsu |
Image sensing technologies for Sports |
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| 71 |
AOKI, Yoshimitsu |
Proposal of posture estimation target adaptation method using only small learning samples |
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| 72 |
AOKI, Yoshimitsu |
Real time omnidirectional image generation by style conversion using deep learning |
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| 73 |
AOKI, Yoshimitsu |
Object region segmentation by deep learning using image labels |
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| 74 |
AOKI, Yoshimitsu |
On-line multiple object tracking using re-identification of tracking trajectories |
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| 75 |
YAMAMOTO, Naoki |
Quantum computing at IBM Q Network Hub |
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| 76 |
KOIKE, Yasuhiro |
Photonics polymers realiziing super-high-speed and super-high-definition devices |
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| 77 |
YAMANAKA, Naoaki |
Dynamic Configuration in Energy Efficient Hybrid Data Center Network “HOLST” |
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| 78 |
YAMANAKA, Naoaki |
Data Center Infrastructure Using Communication Capacity Guaranteed Optical Network Based on Fault Prediction |
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| 79 |
YAMANAKA, Naoaki |
Network-assisted autonomous driving platform |
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| 80 |
YAMANAKA, Naoaki |
Network resource pooling technology with Reconfigurable Communication Processor |
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| 81 |
ISHIGURE, Takaaki |
Polymer Optical Waveguide Devices Enabling High-Performance Computing |
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| 82 |
NISHI, Hiroaki |
Smart Community Implementation |
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| 83 |
BANNAI, Kenichi |
Exploration of New Mathematical Methods in Artificial Intelligence and Machine Learning |
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| 84 |
MITSUKURA, Yasue |
Reading in Mind - Quantifying Taste, ‘feelings’ in mind |
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| 85 |
KANEKO, Kunitake |
Borderless utilization of data |
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| 86 |
TOYAMA, Motomichi |
RTA (Remote Table Access): a Table-form Publication Architecture for Open Data |
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| 87 |
TOYAMA, Motomichi |
Declarative Data Visualization by SuperSQL |
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| 88 |
IMAI, Michita |
Interactive Intelligent Systems |
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| 89 |
TERAOKA, Fumio |
IoT system with self-reliant wind power supply and Wi-Fi multi-hop communication that enables transmission of still images |
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| 90 |
TERAOKA, Fumio |
LiON: Automatic Construction Mechanism for Experimental Virtual Network Considering Network Topology |
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| 91 |
SHIGENO, Hiroshi |
Reduction of Load by Edge Computing and Privacy Preserving Data Collection for Vehicles |
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| 92 |
SUGIURA, Yuta |
Interactive Systems that Induce Helth Enhancement Actions |
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| 93 |
FUJISHIRO, Issei |
Computational Ophthalmology |
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| 94 |
TOYODA, Kentaro OTSUKI, Tomoaki |
Analysis on Bitcoin Transaction |
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| 95* |
ANDO, Keita |
Erosion-free ultrasonic cleaning with fine bubbles |
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| 96* |
YAMAGUCHI, Takahira MORITA, Takeshi |
PRINTEPS: An Integrated Intelligent Application Development Platform |
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| 97* |
WATANABE, Shinichi OKANO, Makoto |
Nondestructive inspection technology of polymeric materials by terahertz light source |
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| 98* |
TAGUCHI, Yoshihiro SUDO, Ryo |
The development of microthermofluidic devices for life science research |
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| 99* |
SASASE, Iwao |
Safe web interface and high-efficient data delivery in IoT |
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| 100* |
SAKAKIBARA, Yasubumi |
Construction of a question-answering AI system that automatically answers the Medical Licensing Examination |
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| 101* |
TANABE, Takasumi |
Compact optical frequency comb light source |
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