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Virtual Grasping: Closed-Loop Force Control Using Electrotactile Feedback.

, , , , and . Comput. Math. Methods Medicine, (2014)

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Virtual Grasping: Closed-Loop Force Control Using Electrotactile Feedback., , , , and . Comput. Math. Methods Medicine, (2014)The Impact of Size and Position of Reference Electrode on the Localization of Biphasic Electrotactile Stimulation on the Fingertips., , , , and . IEEE Trans. Haptics, 15 (2): 255-266 (2022)Individual finger classification from surface EMG: Influence of electrode set., , , , and . EMBC, page 7284-7287. IEEE, (2015)Artificial Perception and Semiautonomous Control in Myoelectric Hand Prostheses Increases Performance and Decreases Effort., , , , , and . IEEE Trans. Robotics, 37 (4): 1298-1312 (2021)Distributed Sensing and Stimulation Systems for Sense of Touch Restoration in Prosthetics., , , , , , , and . NGCAS, page 177-180. IEEE, (2017)Impact of Shared Control Modalities on Performance and Usability of Semi-autonomous Prostheses., , , , and . Frontiers Neurorobotics, (2021)Analysis and Optimization of the Latency Budget in Wireless Systems with Mobile Edge Computing., , , and . ICC, page 5029-5034. IEEE, (2022)Live Demonstration: Electrotactile feedback from an electronic skin through flexible electrode matrix., , , , , , , and . ISCAS, page 1-. IEEE, (2018)Multi-Channel Electrotactile Stimulation System for Touch Substitution: A Case Study., , , , and . PRIME, page 213-216. IEEE, (2018)The Interaction Between Feedback Type and Learning in Routine Grasping With Myoelectric Prostheses., , , , and . IEEE Trans. Haptics, 13 (3): 645-654 (2020)