With the further theory research and engineering application, the study of the small electro-mechanical systems, with movement conversion, motion transmission, force/torque transmission and sensor function, becomes po...
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A planar multi-joint handling robot for FPD (Flat Panel Display) glass substrates with heavy load and high precision is introduced. In order to investigate the vibration characteristics of this robot, finite element m...
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This paper presents a model reference adaptive PID controller for controlling a novel compliant flexures-based XY micro-positioning stage driven by electromagnetic actuators. The stage is specially designed by employi...
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Actuator failure detection method based on a new Adaptive Extended Set-Membership Filter (AESMF) is proposed for Rotorcraft Unmanned Aerial Vehicle (RUAV). The AEMSF proposed in this paper is based on MIT method to op...
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In this paper, we investigate the two-dimensional (2-D) direction-of-arrivals (DOAs) estimation of a mixture of non-coherent (including uncorrelated and correlated) and coherent narrowband signals impinging on a simpl...
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ISBN:
(纸本)9781467355766
In this paper, we investigate the two-dimensional (2-D) direction-of-arrivals (DOAs) estimation of a mixture of non-coherent (including uncorrelated and correlated) and coherent narrowband signals impinging on a simple structured planar array consist of two parallel uniform linear arrays (ULAs), and a new oblique projection based method is proposed for estimating the DOAs of these mixed incident signals, where the computationally intensive eigendecomposition is avoided. In the proposed method, the 2-D DOAs of noncoherent and coherent signals are estimated separately, while the difficulties such as the separation of the noncoherent and coherent signals and the automatic pairing of the azimuth and elevation angles of same signal are overcame. Furthermore for overcoming the "saturation" problem encountered in estimation of coherent signals, an iterative alternate scheme is presented. The theoretical analysis and simulation results confirm the effectiveness of proposed method.
Deployable structures are widely used in a variety of space spacecrafts and planetary detectors. Under the size and cost limitations of space transportation system, deployable structure usually requires large contract...
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This paper presents a surface electromyography (sEMG) control strategy for robot-assisted upper limb rehabilitation after stroke which can make the rehabilitation robot follow the patient's intention. A new method...
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In this paper, we derive a new SRCFastSLAM algorithm to SLAM problem, which is the square-root edition of our previously proposed Cubature FastSLAM. The main contribution lies that: 1) in SRCFastSLAM, the particles fo...
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A tactile sensor based varying contact point manipulation strategy that utilizes the mathematical models based on the assumption of fixed contact points is proposed to manipulate unknown objects with rolling contact f...
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ISBN:
(纸本)9781467317375
A tactile sensor based varying contact point manipulation strategy that utilizes the mathematical models based on the assumption of fixed contact points is proposed to manipulate unknown objects with rolling contact for dexterous robot hand. In this strategy, fingertip tactile sensor is utilized to detect contact position and to update the size parameters about the finger end-link when rolling occurs. Experimental results show that the strategy can effectively improve the rolling contact manipulation performance when dexterous robot hand manipulates unknown objects.
As the complex anatomical structure of the maxillofacial region, operation in this area is of high hazard and difficult to implement. Thus, a multi-arm medical robot assisting maxillofacial surgery, which can improve ...
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