Activities

Poster Session

Date & Time:

December 17 (Tue), 13:45–15:15 (JST), 2024

Venue:

Exhibition Space, Building No. 3, Headquarters, National Institute of Information and Communications Technology, Koganei, Japan
https://www.nict.go.jp/en/about/hq.html
https://www.nict.go.jp/about/hq_building.html

Program:

Lossy Compressed Collective Communication

^〇Michihiro Koibuchi and Shoichi Hirasawa (National Institute of Informatics)

An Optimization Method of Optical Modulation for High-performance Parallel Applications

^〇Shoichi Hirasawaa and Michihiro Koibuchi (National Institute of Informatics)

QUBO Formulation of SAT Problems

^〇Xiaotian Li and Koji Nakano (Hiroshima University)

System-Level Evaluation Environment for Photoelectric Computer Architecture

^〇Satoshi Kawakami, Takatsugu Ono, and Danilo Vasconcellos (Kyushu University）

Error Tolerance Improvement Methods of LLM for WDM-based Parallel Photonic Accelerator

^〇Taichi Taniguchi¹, Mitsumasa Nakajima², and Satoshi Kawakami¹ (¹Kyushu University, ²NTT Device Technology Labs）

Spatial Relativity-Robust Approximate Computing AI

^〇Danilo Vasconcellos, Zhang Heng, Takatsugu Ono, and Satoshi Kawakami (Kyushu University）

Multi-Attractor Prediction Using Attention-Enhanced Reservoir Computing

^〇Felix Köster, Kazutaka Kanno, and Atsushi Uchida (Saitama University)

Performance Evaluation of Approximate Reservoir Computing with a Semiconductor Laser

^〇Tatsuki Ito¹, Kazutaka Kanno¹, Satoshi Kawakami², and Atsushi Uchida¹ (¹Saitama University, ²Kyushu University)

Memory Capacity and Prediction Performance in Photonic Reservoir Computing Based on Digital Micromirror Device

Natsuki Honjo and ^〇Kazutaka Kanno (Saitama University)

Investigation of Real-time Optical Multiplication using the Optical Multilevel Coherent Modulator

^〇Qingchuan Huang, Shunpei Kinoshita, and Tetsuya Kawanishi (Waseda Univerisity)

Two Methods for Generating Random Walk Noise for Phase Modulation in Laser Tunable Linewidth

^〇Chen Zhen, Ryo Shatari, and Tetsuya Kawanishi (Waseda Univerisity)

Evaluation of Approximate Communication using Alternating Modulation Format

^〇Tasuku Takabuchi and Itsuro Morita (Waseda University)

A Study on High-Speed Beam Selection Using a Multi-Armed Bandit Algorithm Based on a Quantum Walk

^〇Maki Arai¹, Tomoki Yamagami², Takatomo Mihana², Ryoichi Horisaki², and Mikio Hasegawa¹ (¹Tokyo University of Science, ²The University of Tokyo)

Investigation on decision making acceleration by negatively autocorrelated time sequences via the stochastic process model

^〇Tomoki Yamagami¹, Mikio Hasegawa², Takatomo Mihana¹, and Ryoichi Horisaki¹ (¹The University of Tokyo, ²Tokyo University of Science)

Decision-making using the history dependence of nanophotochromism

^〇Kazuharu Uchiyama¹, Hirokazu Hori¹, Kingo Uchida², Kohei Tsuchiyama³, Ryuto Horie¹, and Akinobu Mochizuki¹ (¹University of Yamanashi, ²Ryukoku University, ³The University of Tokyo)

Noise robustness of the delay based adjoint learning with directed feedback alignment

^〇Tomoaki Niiyama¹, Satoshi Sunada¹, Kazutaka Kanno², Rin Nogami², André Röhm³, Takato Awano¹, and Atsushi Uchida² (¹Kanazawa University, ²Saitama University, ³The University of Tokyo)

Random-DEQ with Simplified Backpropagation for Faster Computation

^〇Ryohei Noda¹, Satoshi Sunada², Tomoaki Niiyama², and Takahisa Harayama¹ (¹Waseda University, ²Kanazawa University)

Real-time image anomaly detection by optical reservoir computing

^〇Keigo Takabayashi, Takeo Maruyama, Tomoaki Niiyama, and Satoshi Sunada (Kanazawa University)

Overview of Group C02: Fusion of Ultrafast Silicon Analog Circuitry and Photonics

^〇Akifumi Kasamatsu¹, Shinsuke Hara¹, Satoru Tanoi¹, Kazuyuki Wada², and Kawori Sekine² (¹National Institute of Information and Communications Technology, ²Meiji University)

Analog Circuit for Solving The Two-Armed Bandit Problem Using 180 nm CMOS

^〇Rin Tsuboi¹, Mori Kohei¹, Kawori Sekine¹, Kazuyuki Wada¹, Akifumi Kasamatsu², Shinsuke Hara², and Satoru Tanoi² (¹Meiji University, ²National Institute of Information and Communications Technology)

Output Estimation of Photonic Reservoir Systems Considering Characteristics of Analog MAC Circuits

^〇Yuta Ohtsuka¹, Kawori Sekine¹, Kazuyuki Wada¹, Satoshi Sunada², Akifumi Kasamatsu³, Shinsuke Hara³, and Satoru Tanoi³ (¹Meiji University, ²Kanazawa University, ³National Institute of Information and Communications Technology)

WDM-based Runtime Detection of Thermal Fault Injection Attacks on Optical Neural Networks

^〇Kota Nishida¹, Yoshihiro Midoh¹, Noriyuki Miura¹, Satoshi Kawakami², and Jun Shiomi¹ (¹Osaka University, ²Kyushu University)

Complex-Valued Deep Neural Network Based on Spatial Light Modulation

^〇Rio Tomioka, Taichi Takatsu, and Masanori Takabayashi（Kyushu Institute of Technology）

Stochastic modeling of laser dynamics via Koopman operator

Kakutaro Fukushi and ^〇Jun Ohkubo (Saitama University)

Spatial photonic Ising machine with parallel processing by using spatial multiplexing

Suguru Shimomura, Jun Tanida, and Yusuke Ogura (Osaka University)

Numerical investigation of an unconventional convolutional neural network with a microcomb and microring

^〇Soma Nakamura¹, Kaoru Minoschima², and Naoya Kuse¹（¹Tokushima University, ²The University of Electro-Communications）

Photonic Spiking Neural Netowork with Leaky-Integrate-and-Fire Model utilizing Ferromagnetic Material

^〇Gaku Takagi and Yuya Shoji（Institute of Science Tokyo）

Development of experimental setup for maneto-optical diffractive deep neural network

^〇Hotaka Sakaguchi¹, Takuma. Honma¹, Satoshi Sumi², Hiroyuki Awano², and Takayuki Ishibashi¹ (¹Nagaoka University of Technology, ²Toyota Technological Institute)

Interacting photothermally induced droplet arrays for dynamic network formation

Jintaro Shiina, Shinya Hakuta, Masayuki Naya, and ^〇Toshiharu Saiki (Keio University)

Highly-functional Optical Information Signal ProcessingUsing Optical Slab Star Coupler-type Fourier Transform Circuit

^〇Koichi Takiguchi and Hironori Nishihara (Ritsumeikan University)