Graduate (D3, JST-SPRING grant)
Research: MPC control for inverters
Graduate (D2, JST-SPRING grant)
Research: Power sharing in microgrid
Graduate (D2, JST-BOOST grant)
Research: Control/observer for stochastic system
Graduate (D1, JST-BOOST grant)
Research: Nonlinear sampled-data control
Graduate (D1, JST-SPRING grant))
Research: Reinforcement learning for renewable power system
Graduate (M2)
Research: Factional-order control
Graduate (M2)
Research: System and control theory
Graduate (M2)
Research: Control for PV system
Graduate (M1, MEXT scholarship)
Research: Machine learning for vehicle control
Undergraduate (IDE program, B4)
Research: Prediction for chaotic system
Graduated students:
大島 達也/Oshima Tatsuya(M, 3/2025 ->進学, 「線形化と離散化の可換性に基づくサンプル値系の安定性理論」/"Nonlinear Sampled-data Control Systems: Stability Theorem via Commutativity of Linearization and Discretization")
張 羽/Zhang Yu(M, 3/2025, 「ヒステリシス電流制御を用いた並列インバータのドループ制御」/"A Droop Control Method for Parallel Inverters Based on Hysteresis Current Control")
岩城 海也/Iwaki Kaiya(B, 3/2024 ->進学, 「⾮整数階微分の差分演算⼦と⾏列を⽤いた離散時間計算法の導出」/"A Discrete-Time Calculation Method Using Matrix and Differential Operator of Fractional Order Differentiation")
小谷 佳純/Kotani Yoshizumi(B, 3/2024 ->進学, 「ディジタル制御における平均値の定理に基づく離散時間モデル」/"Discrete-Time Model Based on Mean Value Theorem in Digital Control")
金城 紀昂/Kinjo Noritaka(M, 3/2024 ->進学, 「非線形確率システムの離散時間ガウシアンフィルタによる外乱・状態推定」/"Disturbance and State Estimation by Discrete-Time Gaussian Filter for Nonlinear Stochastic Systems")
秦 堯/Qin Yao(M, 3/2024, 「非線形モデルに基づくVCOの解析と制御器の設計」/"Analysis and Controller Design for VCO Based on a Nonlinear Model")
大島 達也/Oshima Tatsuya(B, 3/2023 ->進学, 「連続時間非線形システムの離散時間線形化フィードバック制御」/"Discrete-Time Feedback Linearization Control of Continuous-Time Nonlinear Systems")
金城 紀昂/Kinjo Noritaka(B, 3/2022 ->進学, 「マイクロステップ駆動時のステッピングモータの⾮線形状態フィードバック制御」/"Nonlinear State Feedback Control of Stepping Motors During Microstep Driving")
磯部 大心/Isobe Daishin(M, 3/2022, 「速度むら抑制を目的とするステッピングモータのディジタル制御と駆動法の提案」, "Digital Control and Speed Profile Generation of a Stepping Motor for Suppressing Rotation Speed Fluctuations")
坂田 竜太朗/Sakata Ryoutaro(M, 3/2022, 「平衡空間に基づく非線形系の疑似線形表現とリアプノフ安定性の拡張」/"Pseudo-Linear Representation of Nonlinear Systems Based on Equilibrium Space and Lyapunov Stability Extension")
Place of employment:
China Mobile Group Design Institute
Denso Wave
Panasonic ITS
Toyota Systems Corporation