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Compensating for uncertain time-varying delayed muscle response in isometric neuromuscular electrical stimulation control.

, , , and . ACC, page 4368-4372. IEEE, (2016)

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Closed-Loop Position and Cadence Tracking Control for FES-Cycling Exploiting Pedal Force Direction With Antagonistic Biarticular Muscles., , , and . IEEE Trans. Control. Syst. Technol., 27 (2): 730-742 (2019)Tracking control for FES-cycling based on force direction efficiency with antagonistic bi-articular muscles., , , and . ACC, page 5484-5489. IEEE, (2014)Co-contraction of antagonist bi-articular muscles for tracking control of human limb., , , and . ACC, page 3316-3321. IEEE, (2014)iCanClean Removes Motion, Muscle, Eye, and Line-Noise Artifacts from Phantom EEG., and . Sensors, 23 (19): 8214 (October 2023)Stationary cycling induced by switched functional electrical stimulation control., , , and . ACC, page 4802-4809. IEEE, (2014)Adding neck muscle activity to a head phantom device to validate mobile EEG muscle and motion artifact removal *., , , , and . NER, page 275-278. IEEE, (2019)iCanClean Improves Independent Component Analysis of Mobile Brain Imaging with EEG., , and . Sensors, 23 (2): 928 (January 2023)Compensating for uncertain time-varying delayed muscle response in isometric neuromuscular electrical stimulation control., , , and . ACC, page 4368-4372. IEEE, (2016)Switched tracking control of a human limb during asynchronous neuromuscular electrical stimulation., , , and . ACC, page 4504-4508. IEEE, (2015)Unknown time-varying input delay compensation for neuromuscular electrical stimulation., , , and . CCA, page 365-370. IEEE, (2015)