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In this paper, we propose a new haptic interface based on measurement of two-dimensional patterns of myoelectric potentials on a surface of a forearm. A myoelectric signal is an electrical impulse that produces contraction of muscle fibres in the body. Measuring high density 2D patterns of the myoelectric signals enables us to predict the movements of one's fingers and to estimate the related force. The key issue for realizing such a device that covers whole area of the forearm with highdoi:10.1109/whc.2007.29 dblp:conf/haptics/MakinoS07 fatcat:x6v75lzalbdwnj624gua3346pi