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Tactile sensing is paramount important in motor rehabilitation; several techniques are exiting for a tactile sensing. The successful interface of tactile and haptic devices achieves aim of human machine interface system. In the process of rehabilitation sensing and perception correctly is the important aspect of subject progress towards right diagnoses. This paper discusses about all recent trends...
A textile-based breath-sensing system and the testing results with different postures are described. Two electrodes are placed on a belt, loosely buckled for user comfort, to charge and discharge a capacitor modeled off human movement of breathing. For most conditions of daily activities, the system has demonstrated capable of providing accurate measurement of respiratory rates.
A systematic method to test human skin based on the high performance microconverter ADuC841 is presented in this paper. The system includes the design of the sensors with the function of skin information collection, the realization of liquid crystal display (LCD) and the function of print. This paper focuses on the hardware circuit design, it also introduces the relevant software design. Because of...
In the paper we describe a method to extract the topography of an impressed current for our bounded electrical impedance tomography (bEIT) studies. The frequency of the impressed current is low (up to a few hundred Hz), and is buried in background EEG and other noise. For the development of the extraction method, special consideration is given to maximize the signal-to-noise ratio. The standard lock-in...
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