Impact of Competition in Energy Market on Promotion of Renewables: An Agent-Based Model Approach. - Arashi Ogihara; Kengo Suzuki; Keita Nakai (ISAGA, 2019)

Development of A-txt system compatible introductory teaching materials for Electric Power Engineering using gaming simulation. - Shin-nosuke Suzuki; Yutaro Akimoto; Kengo Suzuki; Akira Okada; Katsumi Hirata; Takehito Kato; Kuniaki Yajima; Hideyuki Kanematsu; Tadashi Fukumoto; Fusao Yoshikawa (KES, 2020)

An Integer Arithmetic-Based Sparse Linear Solver Using a GMRES Method and Iterative Refinement. - Takeshi Iwashita; Kengo Suzuki; Takeshi Fukaya (ScalA@SC, 2020)

A New AINV Preconditioner for the CG Method in Hybrid CPU-GPU Computing Environment. - Kengo Suzuki; Takeshi Fukaya; Takeshi Iwashita (J. Inf. Process., 2022)

A novel ILU preconditioning method with a block structure suitable for SIMD vectorization. - Kengo Suzuki; Takeshi Fukaya; Takeshi Iwashita (J. Comput. Appl. Math., 2023)

A new MPPT design using ISFLA algorithm and FLC to tune the member functions under different environmental conditions. - Aihua Guo; Yihan Xu; Kengo Suzuki (Soft Comput., 2023)

Millimeter-Wave Fast Beam Tracking Enabled by RAN/V2X Cooperation. - Kazuki Maruta; Jin Nakazato; Kengo Suzuki; Dou Hu; Ryo Iwaki; Sojin Ozawa; Yuki Sasaki; Hideya So; Manabu Tsukada (ICAIIC, 2024)

Expiration Date Recognition System Using Spatial Transformer Network for Visually Impaired. - Yoshinori Takeuchi; Kengo Suzuki (ICCHP (1), 2024)

Toward B5G/6G Connected Autonomous Vehicles: O-RAN-Driven Millimeter-Wave Beam Management and Handover Management. - Kengo Suzuki; Jin Nakazato; Yuki Sasaki; Kazuki Maruta; Manabu Tsukada; Hiroshi Esaki (INFOCOM (Workshops), 2024)

Understanding Behavioral Differences Between Machine Agents and Human Participants Based on How They Play the Energy Transition Game. - Kengo Suzuki; Yuta Nakadegawa; Kento Miura; Takeshi Shibuya; Susumu Ohnuma (ISAGA, 2024)

An Integer Arithmetic-Based AMG Preconditioned FGMRES Solver. - Kengo Suzuki; Takeshi Fukaya; Takeshi Iwashita (ACM Trans. Math. Softw., 2025)

A Nested Krylov Method Using Half-Precision Arithmetic. - Kengo Suzuki; Takeshi Iwashita (CoRR, 2025)