| A |
|
| adaptive hypermedia |
Mitsuhara, Hiroyuki |
| aging |
Kitaoka, Kazuyoshi / Matsuyama, Miwa |
| alveolar bone |
Baba, Otto |
| anionic polymerization |
Hirano, Tomohiro |
| antibody |
Baba, Otto |
| Aquaporin |
Akamatsu, Tetsuya |
| artificial intelligence |
Kanenishi, Kazuhide / Tanioka, Hiroki / Uriyu, Shinya |
| Artificial teeth |
Kawano, Fumiaki |
| atr |
Kawarasaki, Takamitsu |
| Autonomous Distributed Control |
Kinoshita, Kazuhiko |
| B |
|
| Bacterial protein toxin |
Tabata, Atsushi |
| bacteriophage |
Kitamura, Naoya |
| bifurcation phenomena |
Yoshinaga, Tetsuya |
| big data analysis |
Uriyu, Shinya |
| biomass |
Nakazawa, Yoshihisa |
| C |
|
| cancer therapy |
Ishida, Tatsuhiro |
| Carotid blood flow |
Kitaoka, Kazuyoshi |
| cementum |
Baba, Otto |
| chaos |
Yoshinaga, Tetsuya |
| code division multiple access |
Oie, Takahiro |
| cognitive science |
Kanenishi, Kazuhide |
| commnuity renovation |
YABE, Takuya |
| communication |
Oie, Takahiro |
| Complete Denture |
Kawano, Fumiaki |
| computer networks |
Oie, Takahiro |
| D |
|
| data mining |
Tanioka, Hiroki |
| database |
Oie, Takahiro |
| dental care |
Matsuyama, Miwa |
| dental pulp |
Baba, Otto |
| dentin |
Baba, Otto |
| dentin proein |
Baba, Otto |
| dentin protein |
Baba, Otto |
| development |
Akamatsu, Tetsuya / Watanabe, Minoru |
| dialogue understanding |
Tanioka, Hiroki |
| digital signal processing |
Fukumi, Minoru |
| drug delivery system |
Ishida, Tatsuhiro |
| E |
|
| e-learning |
Mitsuhara, Hiroyuki |
| emotion |
Kitaoka, Kazuyoshi |
| English language teaching |
Sakata, Hiroshi |
| English Learning |
Sakata, Hiroshi |
| enrollment selection |
Ueno, Yoshihiko |
| entertainment computing |
Mitsuhara, Hiroyuki |
| environmental protection |
Uriyu, Shinya |
| Evolutionary Systems |
Fukumi, Minoru |
| Extremely low-frequency magnetic fields |
Kitaoka, Kazuyoshi |
| F |
|
| Feed-forward regulation |
Kitaoka, Kazuyoshi |
| frequency hopped spread spectrum communication |
Oie, Takahiro |
| frequency synthesizer |
Oie, Takahiro |
| G |
|
| genome editing |
Watanabe, Minoru |
| geographic information system |
Uriyu, Shinya |
| Gerontology |
YABE, Takuya |
| glycogen |
Baba, Otto |
| H |
|
| higher education |
Iio, Ken |
| Host response |
Tabata, Atsushi |
| human sensing |
Fukumi, Minoru |
| human-computer interaction |
Kanenishi, Kazuhide |
| I |
|
| image processing |
Terada, Kenji |
| Image Understanding |
Fukumi, Minoru |
| immunohistochemisry |
Baba, Otto |
| Infection mechanisms |
Tabata, Atsushi |
| information literacy |
Iio, Ken |
| information processing |
Tanioka, Hiroki |
| information retrieval |
Tanioka, Hiroki |
| information security |
Tanioka, Hiroki |
| information sharing |
Mitsuhara, Hiroyuki / Tanioka, Hiroki |
| Intelligent Systems |
Fukumi, Minoru |
| Intercultural Training |
Sakata, Hiroshi |
| internet |
Oie, Takahiro |
| ischemia |
Ishida, Tatsuhiro |
| ITS |
Kanenishi, Kazuhide |
| J |
| K |
|
| Knowledge Acqisition |
Fukumi, Minoru |
| L |
|
| Learning Autonomy |
Sakata, Hiroshi |
| learning science |
Kanenishi, Kazuhide |
| liposomes |
Ishida, Tatsuhiro |
| M |
|
| machine learning |
Tanioka, Hiroki |
| media |
Kawarasaki, Takamitsu |
| media environment |
Kakei, Hidekazu |
| medical image reconstruction |
Yoshinaga, Tetsuya |
| medical infomatics |
Tanioka, Hiroki |
| Mobile Network |
Kinoshita, Kazuhiko |
| morphogenesis |
Watanabe, Minoru |
| N |
|
| network architecture |
Kinoshita, Kazuhiko |
| network management |
Oie, Takahiro |
| neural network |
Fukumi, Minoru |
| neuron model |
Yoshinaga, Tetsuya |
| nitride semiconductor |
|
| ≫ nitride semiconductor films |
Kusaka, Kazuya |
| nitride semiconductor films |
Kusaka, Kazuya |
| nonlinear systems |
Yoshinaga, Tetsuya |
| nuclear magnetic resonance |
Saito, Takahito |
| nutrition |
Matsuyama, Miwa |
| O |
|
| occlusion |
Kawano, Fumiaki |
| odontoblast |
Baba, Otto |
| Oral Tissue |
Akamatsu, Tetsuya |
| osteoblast |
Baba, Otto |
| P |
|
| periodontal ligament |
Baba, Otto |
| personal network |
YABE, Takuya |
| pharmacokinetics |
Ishida, Tatsuhiro |
| polymerization |
|
| ≫ anionic polymerization |
Hirano, Tomohiro |
| ≫ radical polymerization |
Hirano, Tomohiro |
| processing protease |
Akamatsu, Tetsuya |
| programming |
Tanioka, Hiroki |
| proprotein convertase |
Akamatsu, Tetsuya |
| public health |
Uriyu, Shinya |
| Q |
|
| quality of life |
Matsuyama, Miwa |
| R |
|
| radiation |
Sakama, Minoru |
| radiation therapy |
Sakama, Minoru |
| radical polymerization |
Hirano, Tomohiro |
| rehabilitation |
Matsuyama, Miwa |
| residual stress |
Kusaka, Kazuya |
| retinoic acid |
Kitaoka, Kazuyoshi |
| revitalaizaton of the city |
YABE, Takuya |
| RNAi |
Watanabe, Minoru |
| Routing |
Kinoshita, Kazuhiko |
| Rule Generation |
Fukumi, Minoru |
| S |
|
| signal processing |
|
| ≫ digital signal processing |
Fukumi, Minoru |
| signal transduction |
Watanabe, Minoru |
| sleep |
Kitaoka, Kazuyoshi |
| Social Research |
YABE, Takuya |
| sports |
Tanioka, Hiroki |
| sputtering |
Kusaka, Kazuya |
| Statistical Learning Algorithms |
Fukumi, Minoru |
| stereoregular polymer |
Hirano, Tomohiro |
| Streptococcus mutans |
Ozaki, Kazumi |
| superconductor |
Saito, Takahito |
| synchronization |
Oie, Takahiro |
| T |
|
| text mining |
Tanioka, Hiroki |
| Three-dimensional measurement |
Terada, Kenji |
| transcription factor |
Watanabe, Minoru |
| Transcriptional Regulation |
Watanabe, Minoru |
| U |
|
| ubiquitous computing |
Mitsuhara, Hiroyuki |
| ultra wideband |
Oie, Takahiro |
| V |
|
| virtual reality |
Kakei, Hidekazu |
| vitamin A |
Kitaoka, Kazuyoshi |
| W |
|
| Water Channel |
Akamatsu, Tetsuya |
| web-based learning |
Mitsuhara, Hiroyuki |
| Wireless Multi-hop Network |
Kinoshita, Kazuhiko |
| X |
|
| X-ray diffraction |
Kusaka, Kazuya |
| Xenopus laevis |
Watanabe, Minoru |
| Y |
|
| Y chromosome |
Sato, Youichi |
| Z |