基礎生物学研究所
| Organizers | Ken-ichi Naka |
|---|---|
| Venue | National Institute for Basic Biology, Okazaki , 444-8585, Japan |
| Date | Mar. 18-20, 1985 |
| Program | |
| Welcome Address | |
| Tokindo Okada, the Director General of NIBB | |
| 1. | Fluctuation applied to probability theory. |
| Takeyuki Hida (Nagoya Univ.) | |
| 2. | Some theoretical approach to the input-output relationship of the vertebrate visual system. |
| Shunsuke Sato, Kyoji Nakai, Ken-ichi Naka, and Eiki Hida (Osaka Univ. and NIBB) | |
| 3. | Structural testing and identification of nonlinear systems by input-output measure ment. |
| Hai-wen Chen, Naohiro Ishii, and Masanori Sakuranaga (Nagoya Inst. of Tech. and Nippon Med. School) | |
| 4. | Stochastic description of neural interaction. |
| Peter Johannesma (Univ. of Nijmegen) | |
| 5. | Models of neuron. |
| Ken-ichi Hara (Yamagata Univ.) | |
| 6. | Estimation of Wiener kernels of a nonlinear system and fast algorithm using digital laguerre filters. |
| Hisanao Ogura (Kyoto Inst. of Tech.) | |
| 7. | Ogura's fast algorithm for Wiener kernel estimation and its application to nonlinear biological system identification. |
| Sei-ichi Izumi, Shunsuke Sato, and Ken-ichi Naka (Osaka Univ. and NIBB) | |
| 8. | An application fo Karhunen-Loeve expansion to measurement of Volterra kernels. |
| Atsushi Watanabe and Makoto Yokoyama (Tokyo Metropolitan. Univ.) | |
| 9. | Characterization of nonlinear systems by discrete Volterra functional series. |
| Kazuyuki Murase and Shiro Usui (Toyohashi Univ. of Tech.) | |
| 10. | Reconstruction of retinal horizontal cell response by ionic currents. |
| Shiro Usui, H. Ikeno, and K. Murase (Toyohashi Univ. of Tech.) | |
| 11. | What is the dynamics in the retinal neurons. |
| Masanori Sakuranaga and Yu-ichiro Ando (Nippon Med. School and NIBB) | |
| 12. | Retinal circuitry seen through white-noise analysis. |
| Ken-ichi Naka (NIBB) | |
| 13. | Dopamine modulates the spatial and temporal properties of catfish horizontal cells. |
| John E. Dowling (Harverd Univ.) | |
| 14. | An approach to the analysis of the nonlinear dynamics of the cat retina. |
| Jonathan Victor (Rockefeller Univ.) | |
| 15. | Sptio-temporal visual receptive-field analysis by a micro computer system. |
| Makoto Mizuno, Minoru Tsukada, Eiki Hida, and Ken-ichi Naka (Tamagawa Univ. and NIBB) | |
| 16. | Numerical analysis of signal transmission in crayfish brain. |
| Yoshio Watanabe (Chiba Univ.) | |
| 17. | Nonlinear lateral inhibit1io0n imn visual system: axioms and implications for adaptation. |
| Robert B. Pinter (Univ. of Washington) | |
| 18. | Periventricular unit activity alterations induced by aversive Periventricular electrical stimulations. |
| Guy Sandney and Minoru Tsukada (Strasburg Univ. and Tamagawa Univ.) | |
| 19. | Markov system theory and its application to the receptive field of cat's retinal cells. |
| Minoru Tsukada, Mitsuo Terasawa, and T. Iihara (Tamagawa Univ.) | |
| Closing remarks | |
| Ken-ichi Naka | |
