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Focused Session "AI Electronics" » 31.1 Focused Session "AI Electronics"

[14a-A301-1~11] 31.1 Focused Session "AI Electronics"

Sat. Mar 14, 2020 9:15 AM - 12:15 PM A301 (6-301)

△：Presentation by Applicant for JSAP Young Scientists Presentation Award
▲：English Presentation
▼：Both of Above
No Mark：None of Above

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9:15 AM - 9:30 AM

△ [14a-A301-1] Evaluation of photonic reservoir computing in a semiconductor laser with optical feedback modulation

〇Afeeqah Amalina Haya¹, Kazutaka Kanno¹, Atsushi Uchida¹ (1.Saitama University)

9:30 AM - 9:45 AM

△ [14a-A301-2] Analysis of Reservoir Computing with Dynamic Mode Decomposition

〇(M2)Keisuke Miyamura¹, Satoshi Sunada^1,2, Tomoaki Niiyama¹ (1.Kanazawa Univ., 2.JST PRESTO)

9:45 AM - 10:00 AM

△ [14a-A301-3] [Highlight]Examination of impact of ferroelectricity on reservoir computing using FeFETs

〇Eishin Nako¹, Kasidit Toprasertpong¹, Zeyu Wang¹, Ryosho Nakane¹, Yuto Miyatake¹, Mitsuru Takenaka¹, Shinichi Takagi¹ (1.Univ. Tokyo)

10:00 AM - 10:15 AM

△ [14a-A301-4] Demonstration of reservoir computing using polyoxometalate solution

〇Yuki Takeshima¹, Shaohua Kan¹, Yuji Kuwahara¹, Kohei Nakajima³, Tetsuya Asai², Megumi Akai^1,2 (1.Osaka Univ., 2.Hokkaido Univ., 3.Tokyo Univ.)

10:15 AM - 10:30 AM

[14a-A301-5] Node update methods for magnetic dot array reservoir

〇Hikaru Nomura^1,2, Kazuki Tsujimoto¹, Yuki Kuwabiraki¹, Minori Gotoh^1,2, Ryoichi Nakatani¹, Yoshishige Suzuki^1,2 (1.Osaka Univ., 2.CSRN-Osaka)

10:45 AM - 11:00 AM

△ [14a-A301-6] Short-Term Memory and Nonlinear Dynamics of Reservoir Computing Using Electromigrated Au Nanogaps

〇Keita Sakai¹, Riku Kiyokawa¹, Ryoya Koyama¹, Mamiko Yagi², Mitsuki Ito³, Jun-ichi Shirakashi¹ (1.Tokyo Univ. Agr. & Tech., 2.NIT, Ichinoseki College, 3.NIT, Kushiro College)

11:00 AM - 11:15 AM

[14a-A301-7] Time Series Prediction by Reservoir Computing Using Electromigrated Au Nanogaps

〇Riku Kiyokawa¹, Keita Sakai¹, Ryoya Koyama¹, Mamiko Yagi², Mitsuki Ito³, Jun-ichi Shirakashi¹ (1.Tokyo Univ. Agr. & Tech., 2.NIT, Ichinoseki College, 3.NIT, Kushiro College)

11:15 AM - 11:30 AM

△ [14a-A301-8] We constructed a mathematical model of molecular gap atomic switches and implemented it in HSPICE. Differential equations, in which the state of silver ion in electrode and silver atom between the electrodes are set as variables, are defined. The bistable ON and OFF states, are expressed by a double well potential. Simulated results reproduce the experimental switching characteristic very well.

〇(B)Hiroshi Kubota¹, Tsuyoshi Hasegawa², Megumi Akai¹, Tetsuya Asai¹ (1.Hokkaido Univ., 2.Waseda Univ.)

11:30 AM - 11:45 AM

△ [14a-A301-9] Implementation of Pavlovian conditioning in 4-terminal planar TiO_2-x memristive devices

〇Ryotaro Miyake¹, Yusuke Hayashi¹, Tetsuya Tohei¹, Akira Sakai¹ (1.Osaka Univ.)

11:45 AM - 12:00 PM

△ [14a-A301-10] Solution Search Performance on an Amoeba Electronic Computing System for the Traveling Salesman Problem

〇Kenta Saito¹, Seiya Kasai¹, Masashi Aono² (1.Hokkaido Univ., 2.Keio Univ.)

12:00 PM - 12:15 PM

△ [14a-A301-11] Reducing the energy consumption of memory devices inspired by all-solid-state Li batteries

〇Yuki Watanabe¹, Shigeru Kobayashi¹, Ryota Shimizu^1,2, Kazunori Nishio¹, Ryo Nakayama¹, Yuki Takeda¹, Wei Liu³, Satoshi Watanabe³, Taro Hitosugi¹ (1.Tokyo Tech, 2.JST-PRESTO, 3.UTokyo)

Session information

[14a-A301-1~11] 31.1 Focused Session "AI Electronics"

△ [14a-A301-1] Evaluation of photonic reservoir computing in a semiconductor laser with optical feedback modulation

△ [14a-A301-2] Analysis of Reservoir Computing with Dynamic Mode Decomposition

△ [14a-A301-3] [Highlight]Examination of impact of ferroelectricity on reservoir computing using FeFETs

△ [14a-A301-4] Demonstration of reservoir computing using polyoxometalate solution

[14a-A301-5] Node update methods for magnetic dot array reservoir

△ [14a-A301-6] Short-Term Memory and Nonlinear Dynamics of Reservoir Computing Using Electromigrated Au Nanogaps

[14a-A301-7] Time Series Prediction by Reservoir Computing Using Electromigrated Au Nanogaps

△ [14a-A301-9] Implementation of Pavlovian conditioning in 4-terminal planar TiO_2-x memristive devices

△ [14a-A301-10] Solution Search Performance on an Amoeba Electronic Computing System for the Traveling Salesman Problem

△ [14a-A301-11] Reducing the energy consumption of memory devices inspired by all-solid-state Li batteries

Authentication

Session information

[14a-A301-1~11] 31.1 Focused Session "AI Electronics"

△ [14a-A301-1] Evaluation of photonic reservoir computing in a semiconductor laser with optical feedback modulation

△ [14a-A301-2] Analysis of Reservoir Computing with Dynamic Mode Decomposition

△ [14a-A301-3] [Highlight]Examination of impact of ferroelectricity on reservoir computing using FeFETs

△ [14a-A301-4] Demonstration of reservoir computing using polyoxometalate solution

[14a-A301-5] Node update methods for magnetic dot array reservoir

△ [14a-A301-6] Short-Term Memory and Nonlinear Dynamics of Reservoir Computing Using Electromigrated Au Nanogaps

[14a-A301-7] Time Series Prediction by Reservoir Computing Using Electromigrated Au Nanogaps

△ [14a-A301-9] Implementation of Pavlovian conditioning in 4-terminal planar TiO2-x memristive devices

△ [14a-A301-10] Solution Search Performance on an Amoeba Electronic Computing System for the Traveling Salesman Problem

△ [14a-A301-11] Reducing the energy consumption of memory devices inspired by all-solid-state Li batteries

Authentication

△ [14a-A301-9] Implementation of Pavlovian conditioning in 4-terminal planar TiO_2-x memristive devices