1 |
OHNISHI, Kouhei |
Medical Haptics |
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2 |
UCHIDA, Ken |
Thermal-Aware Design of Nanoscale Electronic Devices |
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3 |
YAMASAKI, Nobuyuki |
Responsive Multithreaded Processor for Distributed Real-Time Systems |
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4 |
MURAKAMI, Toshiyuki |
An Approach to Adaptive Welfare Devices for Human and Environment |
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5 |
AOKI, Yoshimitsu |
Non-Contact Swallowing Function Evaluation System |
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6 |
AOKI, Yoshimitsu |
Neonatal Respiratory Function Evaluation System |
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7 |
ARAI, Tsunenori |
Beat Your Arrhythmia: Innovative Laser Therapy Launched from KEIO University |
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8 |
ARAI, Tsunenori |
Diagnose, Extend, and Weld Blood Vessels with Laser Technology |
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9 |
KOMOTORI, Jun |
Surface Engineering for Biomaterials |
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10 |
OKADA, Kenichi |
Smell Test for Health Checking |
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11 |
USHIBA, Junichi KASUGA, Shoko |
Neural Sciences of Mind and Body |
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12 |
TERAKAWA, Mitsuhiro |
Laser Processing for Biomedicine |
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13 |
SUZUKI, Hideo |
Advanced Marketing Analysis: Quantification for Customer Satisfaction and Service Quality, and Web Access Log Data Analysis |
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14 |
MATSUURA, Shun |
A Study on Statistical Control Charts and Experimental Designs |
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15 |
YAN, Jiwang |
Ultraprecision Micro-Nano Manufacturing |
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16 |
KAKINUMA, Yasuhiro |
Application of electro-adhesive elastomer |
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17 |
SUZUKI, Tetsuya |
Diamond-like carbon films to biological application |
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18 |
HAYASE, Junko |
High-Sensitivity Magnetic Field Sensor with Nanometer Resolution Using Diamond |
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19 |
NAKAJIMA, Atsushi |
Novel Methods for Large-scale and Fine Synthesis of Metal Nanoclusters |
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20 |
KOMOTORI, Jun |
Surface Engineering for Structural Steel |
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21 |
SHIRATORI, Seimei |
Antifouling coating film with superhydrophobic and superoleophobic property |
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22 |
SHIRATORI, Seimei |
Functional thin-film by biomaterials |
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23 |
HAGIWARA, Masafumi |
Automatic Conversation System with Attentive Listening Ability |
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24 |
MITSUKURA, Yasue FUJI, Taiki |
“Mental Scouting”: Future Communication System |
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25 |
OTSUKI, Tomoaki |
Human-Activity-Sensing Using Radio Waves |
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26 |
OTSUKI, Tomoaki |
Non-Contact Biological Sensing |
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27 |
TERAOKA, Fumio KANEKO, Kunitake |
ZINK: ZNA Information Centric Networking |
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28 |
KANEKO, Kunitake TERAOKA, Fumio |
Fast Route-Switching Technology |
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29 |
KANEKO, Kunitake TERAOKA, Fumio |
Big data storage |
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30 |
NISHI, Hiroaki |
Open Innovation Platform |
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31 |
NISHI, Hiroaki |
Smart Community Infrastructure |
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32 |
IMAI, Michita |
Studies on Human-Robot Interaction |
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33 |
OKADA, Kenichi |
A Tabletop Interface System Supporting Counter Operation |
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34 |
FUJISHIRO, Issei |
Improving the Content Design of Digital Signage Evolutionarily through Utilizing Viewers’ Involuntary Behaviors |
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35 |
YAMANAKA, Naoaki |
Elastic Lambda Aggregation Network (EλAN) |
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36 |
YAMANAKA, Naoaki |
E3-DCN: Energy Efficient, and Enhanced-type Data Centric Network |
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37 |
YAMANAKA, Naoaki |
EVNO ~Energy Virtual Network Operator~ |
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38 |
AOKI, Yoshimitsu |
Human Behavior Understanding and Prediction by a Combination of Data Mining and Pattern Recognition |
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39 |
AOKI, Yoshimitsu |
Sports Video Analysis by Using Image-Sensing Technologies |
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40 |
AOKI, Yoshimitsu |
Gaze Estimation and Human-Monitoring Technologies for Actual Applications |
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41 |
KATSURA, Seiichiro |
Thermotics |
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42 |
KATSURA, Seiichiro |
Super-Embodiment: Motion Media beyond Time and Space |
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43 |
SHIGENO, Hiroshi |
Cooperative Video Streaming and Trust-Based Network Security in Mobile Ad-hoc Network |
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44 |
MIKI, Norihisa |
Innovative Microdevices Enabling Advanced ICT |
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45 |
ISHIGURE, Takaaki |
Polymer Optical Devices Enabling Exa-Scale Computing |
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46 |
TANAKA, Shigeru |
Development of Reproduction Equipment for Waste Solvent That Absorbs Dichloromethane by Vacuum Evaporation with Air Flow |
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47 |
TANAKA, Shigeru |
Development of Automatic Continuous Measurement Equipment for the Chemical Ions in PM2.5 |
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48 |
NAMERIKAWA, Toru |
Optimal Control for Smart Energy Management Systems |
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49 |
CITTERIO, Daniel |
Inkjet-Printed Chemical Sensors for Healthcare and Environmental Analysis |
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50 |
SUZUKI, Koji |
Chemical Sensors and Probes for Healthcare, Environmental Analysis, and Bioimaging |
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51 |
MATSUMOTO, Yoshinori |
Networked Environmental Radiation-Sensing System |
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52 |
IIJIMA, Tadashi |
Building Agent-based Simulation Environment with Geographical/Spatial Information for Evacuation Planning |
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53 |
IIJIMA, Tadashi |
Business Process/Rule Management and Context-based Access Control Model |
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54 |
IIJIMA, Tadashi |
Support Technologies for Promoting Human-to-Human and Human-to-Machine Communications |
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55 |
UEDA, Toshihisa |
New Trend in Reactive Flow Technology |
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56 |
KAKINUMA, Yasuhiro KATSURA, Seiichiro |
Development of Feeling Machine Tools without Force Sensors |
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57 |
ISHIGAMI, Genya |
Field & Space Robotics -Traverse the Cosmos- |
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58 |
MORITA, Toshio |
Mechanical Gravity Canceller - From a Principle Model to Catalog Products |
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59 |
KATSURA, Seiichiro |
Motion-Copying System: Visualization and Reproduction of Experts’ Skills |
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60* |
TANABE, Takasumi |
Sensing Application Using Microcavities |
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61* |
WATANABE, Shinichi |
Developments of compact terahertz polarization imaging system |
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62* |
SASADA, Hiroyuki |
Spectrometer for Molecules with a Frequency Accuracy of 11 digits |
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63* |
EINAGA, Yasuaki |
Diamond Electrodes |
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64* |
MIYATA, Shogo |
Dielectrophoresis-Activated Cell Sorter |
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65* |
OKADA, Eiji |
Modeling of Light Propagation in Tissues for Diagnostic Applications |
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66* |
SUGIURA, Toshihiko |
Non-Destructive Evaluation by Ultrasonics |
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67* |
KUBO, Ryogo |
Communication Networks for Smart Communities |
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68* |
SASASE, Iwao |
Highly Efficient and Secure Mobile Ad-Hoc Network |
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69* |
MATSUTANI, Hiroki |
A Reconfigurable Hardware for Integrating Various Structured Storage Technologies |
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70* |
OTSUKI, Tomoaki |
Pedestrian Navigation Using Illumination |
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