– Ibuki Maeda (Hiroshima University) “Considerations for Rules for Periodic Dynamic Scheduling Problems Obtained by Evolutionary Computation Methods”, co-authored with Tomohiro Hayashida, Daisuke Hirotani, Ichiro Nishizaki, and Shinya Sekizaki
– Hiroto Funabashi (Hiroshima City University) “Fireworks Algorithms with Bandit Algorithms for Function Optimization”, co-authored with Tetsuyuki Takahama and Akira Hara
– Keiji Kurume (Hiroshima City University) “Image Classification based on Noisy Student with Transfer Learning”, co-authored with Keiichi Tamura
– Akari Gengyo (Hiroshima City University) For significant contribution to the activities of IEEE SMC Hiroshima Chapter as a student committee member of IEEE SMC Hiroshima Chapter Young Researcher Workshop 2021 and 2022.
– Jun Teraoka (Hiroshima City University) For significant contribution to the activities of IEEE SMC Hiroshima Chapter as a student committee member of IEEE SMC Hiroshima Chapter Young Researcher Workshop 2021 and 2022.
– Prof. Shinya Sekizaki (Hirohsima University) “A multi-objective evolutionary algorithm for decision support using infeasible information”, co-authored Ichiro Nishizaki and Tomohiro Hayashida
– Daikichi Akagi (Hiroshima Institute of Technology) “Chlorophyll Concentration Estimation Using the Visible Light Spectrum of Water Surface Images”, co-authored with Ayumi Matsumoto and Toshihiko Hamasaki
– Ibuki Maeda (Hiroshima University) “Solving the Cyclic Dynamic Scheduling Problem with the Parallel Genetic Programming Using the Elite Individuals”, co-authored with Tomohiro Hayashida, Daisuke Hirotani, Ichiro Nishizaki, and Shinya Sekizaki
– Naoki Takahashi (Hiroshima University) “A Study of Robust Unit Commitment based on IGDT Against Uncertainties of Photovoltalic Power”, co-authored with Yutaka Sasaki, Yoshifumi Zoka, and Naoto Yorino
– Akari Gengyo (Hiroshima City University) “Compression of Time Series Classification Model MC-MHLF using Knowledge Distillation”, co-authored by Keiichi Tamura
– Makoto Ueoka (Hiroshima University) “Basic Design for Microgrid Emergency Operation Considering Demand Response”, co-authored with Yutaka Sasaki, Yoshifumi Zoka, and Naoto Yorino
