セッション詳細

[TK-2]Collaborative Frontiers in Electronics: Joint Session between IEICE and Vietnam Section

2026年3月10日(火) 13:45 〜 17:00
1号館 3階 N302(九州産業大学)
座長:加藤 和利(九州大学)、Tran Xuan Tu(Vietnam National University)
This session will be organized as the first joint English session between the IEICE Electronics Society and the Vietnam Section. Building upon the complementary strengths of both communities, the session will highlight emerging trends and future perspectives in the field of electronics through invited talks. The purpose of this session is not only to present advanced research results but also to provide an open forum where young researchers and scholars from emerging countries can share international perspectives and foster mutual understanding. By facilitating active discussion and knowledge exchange, the session aims to deepen academic collaboration and explore new opportunities for cooperation between IEICE and the Vietnam Section.

【Program】
13:45-
Part 1
Moderator: Trần Xuân Tú (Vietnam National University, Hanoi)
Opening Remarks Takada (Science Tokyo)
■Hardware Accelerator Designs for Functional Cryptography Algorithms
Makoto Ikeda (University of Tokyo)
■Low-power Light-weight Cryptography Hardware Designs For IoT
BUI Duy Hieu, Manh-Hiep Dao (Vietnam National University, Hanoi)

15:25-
Part 2
Moderator: Toshikazu Kato (Kyushu University)
■Bio-Inspired Neuromorphic Systems towards Edge AI System-on-Chip
LE Duc Hung (University of Science, Ho Chi Minh City)
■Quantum Dot-based Optical Reservoir Computing Toward Edge AI Applications
Naoya Tate (Kyushu University)

Closing Remarks Prof. Toshiaki Fujii (Nagoya University)

[1N30213-16-1add]開会挨拶

[TK-2-01]Hardware Accelerator Designs for Functional Cryptography Algorithms

〇池田 誠1 (1. 東京大学)

[TK-2-02]Low-power Light-weight Cryptography Hardware Designs For Iot

〇Bui Duy-Hieu1、Dao Manh-Hiep1 (1. VNU Information Technology Institute)

休憩時間

[TK-2-03]Bio-Inspired Neuromorphic Systems towards Edge AI System-on-Chip

〇LE Duc Hung1 (1. The University of Science - Vietnam National University Ho Chi Minh City)

[TK-2-04]Quantum Dot-based Optical Reservoir Computing Toward Edge AI Applications

〇竪 直也1 (1. 九州大学)

[1N30213-16-7add]閉会挨拶