2008 |
35 | | Genki Murayama,
Shohei Kato,
Hidenori Itoh,
Tsutomu Kunitachi:
An Evaluation of the Relaxation Effect of Music Based on the Relationships between the Condition of Pulse and Music Tempo using the EEG and HRV Based Indicators.
BIOSIGNALS (2) 2008: 314-319 |
34 | EE | Jangsik Cho,
Shohei Kato,
Hidenori Itoh:
A Biphase-Bayesian-Based Method of Emotion Detection from Talking Voice.
KES (3) 2008: 50-57 |
33 | EE | Yuki Matsui,
Masayoshi Kanoh,
Shohei Kato,
Hidenori Itoh:
Generating Interactive Facial Expression of Communication Robots Using Simple Recurrent Network.
PRICAI 2008: 1016-1021 |
32 | EE | Hideki Hashizume,
Atsuko Mutoh,
Shohei Kato,
Hidenori Itoh:
Evolution of Migration Behavior with Multi-agent Simulation.
PRICAI 2008: 658-667 |
31 | EE | Chika Itoh,
Shohei Kato,
Hidenori Itoh:
A Characterization of Sensitivity Communication Robots Based on Mood Transition.
PRICAI 2008: 959-964 |
2007 |
30 | EE | Minori Gotoh,
Masayoshi Kanoh,
Shohei Kato,
Hidenori Itoh:
A Neural-Based Approach to Facial Expression Mapping Between Human and Robot.
KES (3) 2007: 194-201 |
2006 |
29 | | Hiroshi Shibata,
Masayoshi Kanoh,
Shohei Kato,
Hidenori Itoh:
A System for Converting Robot 'emotion' into Facial Expressions.
ICRA 2006: 3660-3665 |
28 | EE | Shohei Kato,
Yoshiki Sugino,
Hidenori Itoh:
A Bayesian Approach to Emotion Detection in Dialogist's Voice for Human Robot Interaction.
KES (2) 2006: 961-968 |
27 | EE | Shohei Kato,
Tomonori Nakamura,
Hidenori Itoh:
A parallel cost-based abductive reasoning system on workstation cluster.
Systems and Computers in Japan 37(3): 80-89 (2006) |
2005 |
26 | EE | Yusuke Mizuno,
Shohei Kato,
Atsuko Mutoh,
Hidenori Itoh:
A Behavioral Model Based on Meme and Qualia for Multi-Agent Social Behavior.
AINA 2005: 181-184 |
25 | EE | Hiroshi Shibata,
Masayoshi Kanoh,
Shohei Kato,
Hidenori Itoh:
A Facial Control Method Considering Internal Emotion of Sensibility Robot.
Australian Conference on Artificial Intelligence 2005: 861-864 |
24 | EE | Atsuko Mutoh,
Shohei Kato,
Hidenori Itoh:
Efficient real-coded genetic algorithms with flexible-step crossover.
Congress on Evolutionary Computation 2005: 1470-1476 |
23 | EE | Yoshihiko Itoh,
Kenta Taki,
Susumu Iwata,
Shohei Kato,
Hidenori Itoh:
Parallel Stochastic Optimization for Humanoid Locomotion Based on Neural Rhythm Generator.
KES (4) 2005: 738-744 |
2004 |
22 | EE | Shingo Iida,
Kiyotake Kuwayama,
Masayoshi Kanoh,
Shohei Kato,
Hidenori Itoh:
A Dynamic Allocation Method of Basis Functions in Reinforcement Learning.
Australian Conference on Artificial Intelligence 2004: 272-283 |
21 | | Kiyotake Kuwayama,
Shohei Kato,
Hidenori Itoh:
A Concept Learning Based Approach to Motion Control for Humanoid Robots.
ICINCO (2) 2004: 335-338 |
20 | | Koshiro Noritake,
Shohei Kato,
Hidenori Itoh:
A Interpolation-Based Approach to Motion Generation for Humanoid Robots.
ICINCO (2) 2004: 41-47 |
19 | EE | Shohei Kato,
Shingo Ohshiro,
Hidenori Itoh,
Kenji Kimura:
Development of a Communication Robot Ifbot.
ICRA 2004: 697-702 |
18 | EE | Masayoshi Kanoh,
Shohei Kato,
Hidenori Itoh:
Analyzing Emotional Space in Sensitivity Communication Robot "Ifbot".
PRICAI 2004: 991-992 |
17 | EE | Yoshihiko Itoh,
Kenta Taki,
Shohei Kato,
Hidenori Itoh:
A stochastic optimization method of CPG-based motion control for humanoid locomotion.
RAM 2004: 347-351 |
16 | EE | Kenta Taki,
Yoshihiko Itoh,
Shohei Kato,
Hidenori Itoh:
Motion generation for bipedal robot using neuro-musculo-skeletal model and Simulated Annealing.
RAM 2004: 699-703 |
2003 |
15 | EE | Atsuko Mutoh,
Tsuyoshi Nakamura,
Shohei Kato,
Hidenori Itoh:
A Proposal of an Efficient Crossover Using Fitness Prediction and Its Application.
Australian Conference on Artificial Intelligence 2003: 112-124 |
14 | EE | Atsuko Mutoh,
Tsuyoshi Nakamura,
Shohei Kato,
Hidenori Itoh:
Reducing execution time on genetic algorithm in real-world applications using fitness prediction: parameter optimization of SRM control.
IEEE Congress on Evolutionary Computation (1) 2003: 552-559 |
13 | | Masayoshi Kanoh,
Shohei Kato,
Hidenori Itoh:
A Learning Based Approach to Motion Generation for Humanoid Robots.
Modelling, Simulation, and Optimization 2003: 33-38 |
2002 |
12 | EE | Carlos Perez Leguizamo,
Shohei Kato,
Kenji Hirai,
Kinji Mori:
Autonomous consistency coordination technique among distributed database systems for achieving high reliability.
ISCC 2002: 637-644 |
11 | | Aqeel A. Syed,
Shohei Kato,
Kinji Mori:
Autonomous Reconstruction for Real-time Distributed Database System Through Mobile Agent Coordination.
PDPTA 2002: 963-969 |
2001 |
10 | EE | Carlos Perez Leguizamo,
Shohei Kato,
Kenji Hirai,
Kinji Mori:
Autonomous Decentralized Database System for Assurance in Heterogeneous e-Business.
COMPSAC 2001: 589-595 |
9 | EE | Masayoshi Kanoh,
Shogo Yasuhara,
Hidenori Itoh,
Shohei Kato:
Similarity-Based Approach to Earthenware Reconstruction.
ICIAP 2001: 478-483 |
8 | EE | Isao Kaji,
Shohei Kato,
Kinji Mori:
Autonomous Data Consistency Technique through Fair Evaluation among Heterogeneous Systems.
ISADS 2001: 447-455 |
2000 |
7 | | Masayoshi Kanoh,
Shohei Kato,
Hidenori Itoh:
Efficient Joint Detection Considering Complexity of Contours.
PRICAI 2000: 588-598 |
1999 |
6 | | Shohei Kato,
Satoru Oono,
Hirohisa Seki,
Hidenori Itoh:
Cost-Based Abduction Using Binary Decision Diagrams.
IEA/AIE 1999: 215-225 |
5 | EE | Daisuke Shibata,
Nobuhiro Inuzuka,
Shohei Kato,
Tohgoroh Matsui,
Hidenori Itoh:
An Induction Algorithm Based on Fuzzy Logic Programming.
PAKDD 1999: 268-273 |
1996 |
4 | | Lifeng He,
Yuyan Chao,
Shohei Kato,
Tetsuo Araki,
Hirohisa Seki,
Hidenori Itoh:
Implementing an Automated Reasoning System for Multi-Agent Knowledge and Time.
DAI 1996: 152-165 |
3 | | Lifeng He,
Yuyan Chao,
Shohei Kato,
Tetsuo Araki,
Hirohisa Seki,
Hidenori Itoh:
A Multi-Agent Cooperative Reasoning System for Amalgamated Knowledge Bases.
DAI 1996: 92-105 |
2 | | Shohei Kato,
Hirohisa Seki,
Hidenori Itoh:
Parallel Cost-based Abductive Reasoning for Distributed Memory Systems.
PRICAI 1996: 300-311 |
1993 |
1 | | Shohei Kato,
Hirohisa Seki,
Hidenori Itoh:
An Efficient Abductive Reasoning System Based on Program Analysis.
WSA 1993: 230-241 |