| 1 |
ARAI, Tsunenori |
Innovative Non-thermal Laser Ablator Launched from Keio University |
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| 2 |
ARAI, Tsunenori |
Innovation of new industry by laser therapy devices |
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| 3 |
TOSHIMA, Kazunobu |
Creation of photoregulating biofunctional molecules and their applications to photo-sensitive molecular targeted medicines |
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| 4 |
TAKAHASHI, Daisuke |
Novel methods for target-selective isolation and functionalization of proteins |
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| 5 |
KOMOTORI, Jun |
Surface Engineering for Biomaterials |
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| 6 |
SHIRATORI, Seimei |
Functional thin-films fabricated using biomaterials |
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| 7 |
OKADA, Eiji |
Modelling of light propagation in tissues for diagnostic applications |
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| 8 |
USHIBA, Junichi |
Investigation of human motor function and rehabilitation by using BrainMachine Interface technology |
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| 9 |
MIYATA, Shogo |
Damage-less & Label-free Cell Separation System |
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| 10 |
TANAKA, Toshiyuki |
Computer Aided Diagnosis Based on Image Analysis |
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| 11 |
KATSURA, Seiichiro |
Ultrafine Manipulation System |
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| 12 |
KATSURA, Seiichiro |
Tele-Reality System |
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| 13 |
AOKI, Yoshimitsu MITSUKURA, Yasue |
Keio University’s Human Sensing -An information environment space to sense people’s circumstances and respond- |
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| 14 |
MITSUKURA, Yasue |
“Human signals” seen, known, and understood by a scouter |
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| 15 |
KOIKE, Yasuhiro |
Photonics Polymer for Face-to-Face Communication |
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| 16 |
KANEKO, Kunitake TERAOKA, Fumio |
Distributed storage |
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| 17 |
TERAOKA, Fumio KANEKO, Kunitake |
Come on, content. Get by name. |
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| 18 |
YAMANAKA, Naoaki |
The MiDORi self-organized energy-saving network |
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| 19 |
YAMANAKA, Naoaki |
E3-DCN -Energy Efficient and Enhanced-type Data Centric Network- |
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| 20 |
YAMANAKA, Naoaki |
EVNO -Energy Virtual Network Operator- |
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| 21 |
YAMANAKA, Naoaki |
Elastic Photonic Aggregation Network Technology |
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| 22 |
YAMASAKI, Nobuyuki |
Responsive Multithreaded Processor for Distributed Real-Time Systems |
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| 23 |
AOKI, Yoshimitsu |
Image Information Sensing for Understanding and Predicting human behavior |
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| 24 |
AOKI, Yoshimitsu |
Action Print: Functional understanding of objects and space from information on people’s actions |
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| 25 |
AOKI, Yoshimitsu |
Respiration Monitoring System for Newborns |
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| 26 |
OTSUKI, Tomoaki |
Human Activity Sensing Using Radio Waves for Safe and Secure Life |
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| 27 |
SHIGENO, Hiroshi |
Development of ad-hoc network for intelligent transport systems |
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| 28 |
IMAI, Michita |
Communication Robots supporting humans’ communication / The Communication Strategy of the Anthropomorphic Agent |
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| 29 |
MIKI, Norihisa |
Innovative microdevices enabling advanced ICT |
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| 30 |
ISHIGURE, Takaaki |
Polymer Photonic Devices for Exa-Scale Computing |
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| 31 |
SANADA, Yukitoshi |
Reliability Improvement of WLAN System with Spectrum Sensing Technology |
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| 32 |
OKADA, Kenichi |
Fragrance TV Broadcasting with Closed Captioning |
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| 33 |
OHNISHI, Kouhei |
Medical Haptics |
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| 34 |
UCHIDA, Ken |
Thermal-aware Nanoscale Device Engineering for Green LSI |
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| 35 |
AMANO, Hideharu |
A Study of 3-D Stacked Architecture using Inductive Coupling |
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| 36 |
TANABE, Takasumi KAKINUMA, Yasuhiro TERAKAWA, Mitsuhiro |
Development of advanced photonic applications by use of extended nanospace processing |
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| 37 |
NOZAKI, Yukio |
Physics on Spin Dynamics and Its Application to Information Device |
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| 38 |
SHIRATORI, Seimei |
Flexible Dye-sensitized Solar Cells with Rare Metal-free Counter Electrode |
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| 39 |
SHIRATORI, Seimei |
Antifouling coating film with superhydrophobic and superoleophobic properties |
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| 40 |
TAKESHITA, Satoru |
Development of wavelength converters using nanophosphors |
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| 41 |
KAMIHARA, Yoichi MATOBA, Masanori |
New Superconducting Materials and Fabrication of Superconducting Wires |
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| 42 |
ITOH, Kohei |
Silicon Nanotechnology |
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| 43 |
HAYASE, Junko |
High-sensitive nanoscale magnetometry using diamond crystals |
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| 44 |
NISHIYAMA, Shigeru |
Development of long wavelength light emission based on firefly luminescence |
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| 45 |
AOYAMA, Tojiro |
Development of Actual Devices Using Electro-adhesive Sheet |
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| 46 |
KOMOTORI, Jun |
Surface Engineering for Structural Steel |
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| 47 |
YAN, Jiwang |
Ultraprecision Micro-Nano Manufacturing |
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| 48 |
ASAKURA, Kouichi |
Influence of phase separation of sunscreens on the evaluation of their UV shielding property |
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| 49 |
KATSURA, Seiichiro |
Motion-Copying System |
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| 50 |
MORITA, Toshio |
MUAVs for Volcanic Observation |
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| 51 |
MURAKAMI, Toshiyuki |
Human-Machine Interface and Advanced Control System for Human Support Motion |
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| 52 |
TANAKA, Toshiyuki |
Two-Wheel Robot Car with Gyro |
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| 53 |
MATSUMOTO, Yoshinori |
Networked Environment Sensing System |
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| 54 |
TANAKA, Shigeru |
A New Technology of the Recycle of the Waste Solvent Removed VOC by Vacuum Evaporation with Air Flow |
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| 55 |
TANAKA, Shigeru |
Removal Technology for IPA(Iso Propyl Alcohol) in the Exhaust Gas |
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| 56 |
CITTERIO, Daniel |
Inkjet Printed Chemical Sensors for Healthcare and Environmental Analysis |
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| 57 |
SUZUKI, Koji |
Chemical Sensors and Probes for Healthcare, Environmental Analysis and Bioimaging |
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| 58 |
IMAI, Junichi |
Simulation of the optimal hedging strategy in the financial market |
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| 59 |
IIJIMA, Tadashi |
Building Agent-based Simulation Environment with Geographical/Spatial Information for Evacuation Planning |
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| 60 |
IIJIMA, Tadashi |
Business Rule/Process Management with Fine-Grained Information Access Control Policies |
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| 61 |
IIJIMA, Tadashi |
Building Human Behavior Recognition and Cooperative Working Support Environment using Various Sensors |
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| 62 |
UEDA, Toshihisa |
Challenge of thermal and reactive fluid dynamics for energy and environmental issues |
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| 63 |
NAMERIKAWA, Toru |
Control Theoretic Approach for Smart Energy Management Systems |
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| 64 |
UEDA, Toshihisa |
Global Center of Excellence Program -Center for Education and Research of Symbiotic, Safe and Secure System Design- |
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| 65 |
SUZUKI, Hideo |
Cause and Effect Structure Analysis and Quantification for Customer Satisfaction and Service Quality |
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| 66 |
SUZUKI, Hideo MATSUURA, Shun |
Quality Management and Its Statistical Methods: the Use of Process Control, Experimental Design, Response Surface Method and Principal Points |
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| 67 * |
TERAKAWA, Mitsuhiro |
Laser Drug Delivery |
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| 68 * |
FURUKAWA, Yoshiaki |
Conformational changes of proteins in neurodegenerative diseases |
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| 69 * |
SUENAGA, Kiyotake |
Novel Bioactive Substances from Marine Organisms |
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| 70 * |
SASASE, Iwao |
Highly Efficient and Secure Mobile Ad-hoc Network |
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| 71 * |
YAMANAKA, Naoaki |
OpenFlow based Energy-Efficient network |
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| 72 * |
WATANABE, Shinichi |
Precise real-time polarization measurement of terahertz electromagnetic waves and its industrial applications |
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| 73 * |
TANABE, Takasumi |
Fabrication of optical microcavity by laser-heated pedestral growth |
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| 74 * |
SEKIGUCHI, Koji |
Exploring Spin Dynamics Device for Beyond CMOS |
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| 75 * |
ANDO, Keita |
Measurement technique for tensile strength of liquids |
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| 76 * |
EINAGA, Yasuaki |
Electrochemical Application of Boron-doped Diamond Electrodes |
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| 77 * |
CHIBA, Ayano |
Structural Control of Polymer Melts by Pressure |
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