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Nagaoka Univ. Technol. | 論文
- Servo Techniques for Optical Disk Drives : High-Speed and Precise Optical Beam-Positioning Control
- High-speed tracking servo using zero phase error tracking-feed-forward method for professional-use optical disks over 10000 rpm (Special issue: Optical memories)
- High-Speed Tracking Control System for Broadcast-Use Optical Disk Drive (Special Issue: Optical Memories)
- High-Speed Tracking Method Using Zero Phase Error Tracking-Feed-Forward (ZPET-FF) Control for High-Data-Transfer-Rate Optical Disk Drives
- Proton-Beam Propagation through Wall-Confined Plasma Channel Stabilized against Sausage Instability
- Sausage Instability in a Proton-Beam Transport through Wall-Confined Plasma Channel
- Proton-Beam Transport through Wall-Confined Plasma Channel in the Nagaoka ETIGO-I
- Dynamics of Intense Pulsed Proton Beam in the Nagaoka ETIGO-I
- Transport of an Intense Pulsed Proton Beam through Wall-Stabilized Plasma Channel at Nagaoka
- Generation and Geometric Focusing of an Intense Pulsed Light-Ion Beam at Nagaoka
- Generation and Focussing of Intense Pulsed Light-Ion Beam at Nagaoka : ETIGO Project
- EUV Source Development Using Pulsed High-Current Discharge
- Light-Ion Beam Focusing by z-Discharged Plasma Channel : Other Areas in Science and Engineering
- Robust Control Based on Disturbance Observer and Polynomial Coefficient Approach for Mechanical System
- Impedance Control for Industrial Robot Manipulators With Elastic Joints Deflection Compensation
- Force Sensor-less Impedance Control Considering Resonant Vibration for Robot Manipulator
- Parameter Identification Method Based on Resonant Frequency For Robust Motion Control of Robot Manipulator
- Sensorless wire rope tension approach to improve the vibration-free performance of cooperative human-robot system (産業計測制御研究会 計測・センサ応用,モーションコントロール全般)
- Wideband of force sensing by twin direct-drive motor system with acceleration sensor (産業計測制御研究会 テーマ「計測・センサ応用,モーションコントロール全般」)
- Robust Reactive Force Control without Force Sensor Based on Dual Disturbance Observer with Consideration of Two-inertia System