Academic Year 2016
Announcement
The time of the 8th seminar is corrected (1/11, 4-5th periods). (2017.1.6)
The title and abstract of the 7th seminar is open. (2016.11.13)
The time of the 8th seminar is open. (2016.7.20)
The speaker and time of the 7th seminar is open. (2016.7.20)
The information of the 8th seminar is open. (2016.7.15)
The date of the 7th seminar is open. (2016.7.15)
The title of the 6th seminar is open. (2016.5.26)
The title of the 5th seminar is open. (2016.5.20)
The title of the 3rd seminar is open. (2016.4.16)
The 2nd seminar is rescheduled to April 22nd. (2016.4.4)
The Venue of the LSSE seminars is Lecture room 2 in principle. (2016.4.4)
From April 2016, the LSSE Seminars are offered as a common course of our graduate school. (2016.3.23)
The 2016 LSSE Seminars
Date: 1st semesters, Day of the week irregular, 14:40-17:50 (4,5th periods)
Venue: Lecture room 2
Seminar Listings
The 1st Seminar
| Date | April 8th, 14:40-17:50 |
| Speaker | Prof. Masashi SUGIYAMA (Professor, Department of Complexity Science and Engineering, Graduate School of Frontier Science, The University of Tokyo) |
| Title |
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| Host | Prof. Tomohiro SHIBATA |
The 2nd Seminar
| Date | April 22nd, 14:40-17:50 |
| Venue | Lecture room 1 |
| Speaker | Prof. Takayuki NAGAI (Professor, Department of Mechanical Engineering and Intelligent Systems, Graduate School of Informatics and Engineering, The University of Electro-Communications) |
| Title | Symbol emergence in robotics: toward robots that can truly communicate with humans |
The 3rd Seminar
| Date | May 13th, 14:40-17:50 |
| Speaker | Prof. Hidehiko TAKAHASHI (Associate Professor, Department of Psychiatry, Graduate School of Medicine, Kyoto University) |
| Title | Social Brain and Decision Making |
The 4th Seminar
| Date | May 20th, 14:40-17:50 |
| Speaker | Dr. Makoto ITO (Group Leader, Neural Computation Unit, Okinawa Institute of Science and Technology Graduate University) |
| Title | Mathematical Models and Neural Representations of Decision Making |
The 5th Seminar
| Date | May 27th, 14:40-17:50 |
| Speaker | Prof. Yuichi KURITA (Associate Professor, Department of System Cybernetics, Faculty of Engineering, Hiroshima University) |
| Title | UNDERSTANDING HUMAN’S PERCEPTION CHARACTERITICS AND ITS APPLICATIONS TO MOTOR/SENSORY ASSSISTIVE |
The 6th Seminar
| Date | June 3rd, 14:40-17:50 |
| Speaker | Prof. Gentiane VENTURE (Associate Professor, Department of Mechanical Systems Engineering, Tokyo University of Agriculture and Technology) |
| Title | What can motion teach us? |
The 7th Seminar
| Date | December 8th, 13:00-14:30 |
| Speaker | Prof. Takashi Omori (Brain Science Laboratory, Tamagawa University) |
| Title | Toward the understanding of human interactive intelligence |
| Abstract |
Human communication is not limited to a simple transmission of information but a process of changing other’s mental state and action by the information. It includes an estimation of directly unobservable other’s mental state, like an intention or a goal, and includes a process of action planning to make a self-action more effective. We call this ability as a human interactive intelligence. Understanding of an internal process of the interactive intelligence is crucial for a realization of truly intelligent AI system. For the understanding of the interactive intelligence process, we tried some behavioral analysis and computational modeling studies. Through a series of analysis, we found the emotion in wider sense is important for a successful interaction, and we often use a strategy of mental state guiding on other’s mind. In this talk, I will talk on the process that we reach to the understanding, and also talk on a possible computational modeling of emotion and on a possible application for a child care scene. |
| Host | Prof. Tetsuo FURUKAWA |
The 8th Seminar
| Date | January 11, 2017, 14:40-17:50 |
| Speaker | Prof. Tsuyoshi HASEGAWA (Professor, Department of Applied Physics, Waseda University) |
| Title | Atomic movement-controlled neuromorphic devices |
| Abstract | Synaptic operation has been demonstrated using various types of non-volatile memory devices for developing neuromorphic systems. Atomic Switch, which controls diffusion of atoms (ions) and their Redox reactions in its switching, is also one of such nonvolatile devices. In this presentation, basics of the device, its characteristics and unique functions will be introduced, especially focusing on its potential application to neuromorphic systems. |
| Host | Prof. Hirofumi TANAKA |
Contact
Prof. Tomohiro SHIBATA、tom ( at ) brain.kyutech.ac.jp