Titlebook: Secular Solar and Geomagnetic Variations in the Last 10,000 Years; F. R. Stephenson (Institute Director),A. W. Wolfen Book 1988 Kluwer Aca

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C. A. Jones,D. J. Gallowayortance to the development of the future medical field. Most flexible wearable sensors convert physiological signal changes or the changes of body states caused by motion into electrical signals to realize human motion information sensing. Two typical examples are EMG sensors and angle sensors. Howe

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Erythropoietin

A. D. Wittmann,Z. T. Xunsate for position deviation. However, commonly-used robots hardly have slip detection modules, and the lack of real-time slip information obstructs the robot from making timely force or position adjustments. This paper proposes a real-time slip detection method using 2D images and surface height ma

松果

Joan Feynmanensors to perceive their environment and interact with it. Inspired by the bionics of human skin, we have developed a magnetic haptic tactile sensor that mimics the softness of the human finger skin. Our magnetic finger abdomen deforms when it comes in contact with an object, causing a change in mag

休息

Kevin K. C. Yau and friendliness during human-robot collaboration. In order to enable collaborative robots to achieve large-scale perception of the environment or tactile interaction with humans, a tactile sensor and intelligent system with large coverage were designed, prepared, and tested. The tactile sensor cov

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吹牛大王

John H. Parkinson,F. R. Stephenson,L. V. Morrisonn used to develop robot control scheme. However, movement distribution modeling and further validation of the control scheme remain a problem. In this study, we propose a generative adversarial network (GAN) to learn the distribution of human movement, which will be used to design the control scheme

大方一點

T. M. L. Wigleying. A low-cost robotic poultry meat dissection processing cycle, and its end-effector, are proposed in this work. An all-in-one end-effector capable of multi-configuration for a series of dissection tasks, e.g., off-shackle, cone-fixture, and butterfly-harvesting, is implemented for a single manipu

靈敏

George C. Reid,Kenneth S. Gageing. A low-cost robotic poultry meat dissection processing cycle, and its end-effector, are proposed in this work. An all-in-one end-effector capable of multi-configuration for a series of dissection tasks, e.g., off-shackle, cone-fixture, and butterfly-harvesting, is implemented for a single manipu

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