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Journals and Conferences
This paper presents the optimal mechanism design and dynamic analysis of a prototype 3-leg 6-DOF (degree-of-freedom) parallel manipulator. Inverse kinematics, forward kinematics, inverse dynamics and working space characterizing the platform motion are derived. In the presented architecture, the base platform has three linear slideways individually actuated… (More)
This paper studied the KHR-1biped robot made by the KONDO Company, and programmed a complete set of walking planning. It designed a walking trajectory suitable for the KHR-1 robot, based on its form and structure, evaluated the stability of ZMP point of the robot, and used inverse kinematics to drive the 3D/VR and KHR-1 robot in the monitoring system, in… (More)
The electro-hydraulic compound pump is a new integrated product, in which the pump and motor are combined as one unit replacing the traditional connection with a shaft coupling. A piston pump embedded in the motor rotor is capable of actuating the pump without a rotating shaft coupling. There are a great deal of advantages in this design, such as reduced… (More)
The purpose of this paper is to present a stable network control design with uncertain time-varying communication delays. In the typical networked control systems (NCSs), there are inherent plant delays and network delays. It has been know that time delays may not only degrade the system performance, but also destabilize the controlled plant. To alleviate… (More)
This paper develops a motor-driven massage artificial electro-mechanical manipulator system with intelligent biomedical sensing-monitoring capabilities and constructs the path of massage process by using CCD image processing technique. In this paper, we integrate a versatile inter-digital electrocardiograph (ECG) into the manipulator system and construct a… (More)
The purpose of this research is to accomplish the ZPETC (Zero Phase Error Tracking Control) Path-Tracking gain-scheduling control design and real-time multi-task flight simulation for the automatic transition of tilt-rotor aircraft.
The purpose of this research is to improve the motion-cueing fidelity of the simulator by using fuzzy-tuning technique to tune the parameters of washout filter in real-time.