46 Publications (Page 2 of 2)
2016
Direction-Dependent Adaptation of Dynamic Gait Stability Following Waist-Pull PerturbationsMartelli, Dario⋅Vashista, Vineet⋅Micera, Silvestro and Agrawal, Sunil K(pp. 1304–1313)
Intersegmental coordination elicited by unexpected multi-directional slipping-like perturbations resembles that adopted during steady locomotionAprigliano, Federica⋅Martelli, Dario⋅Micera, Silvestro and Monaco, Vito(pp. 728–740)
Locomotor Adaptation to an Asymmetric Force on the Human Pelvis Directed Along the Right LegVashista, Vineet⋅Martelli, Dario and Agrawal, Sunil K(pp. 872–881)
Principal component analysis can decrease neural networks performance for incipient falls detection: A preliminary study with hands and feet accelerationsArtoni, Fiorenzo⋅Martelli, Dario⋅Monaco, Vito and Micera, Silvestro(pp. 6194–6197)
Up-Down Chair: A novel mechatronic device to assess otolith function in patients with vestibular disordersBassi Luciani, Lorenzo⋅Martelli, Dario⋅Monaco, Vito⋅Genovese, Vincenzo and Micera, Silvestro(pp. 302–307). Elsevier Ltd
2015
Detecting Slipping-Like Perturbations by Using Adaptive OscillatorsTropea, Peppino⋅Vitiello, Nicola⋅Martelli, Dario⋅Aprigliano, Federica⋅Micera, Silvestro and Monaco, Vito(pp. 416–426)
Effects of aging and perturbation intensities on temporal parameters during slipping-like perturbationsTropea, Peppino⋅Martelli, Dario⋅Aprigliano, Federica⋅Micera, Silvestro and Monaco, Vito(pp. 5291–5294)
Effects of slipping-like perturbation intensity on the dynamical stabilityAprigliano, Federica⋅Martelli, Dario⋅Tropea, Peppino⋅Micera, Silvestro and Monaco, Vito(pp. 5295–5298)
Locomotor adaptations following repeated waist-pull perturbationsMartelli, Dario⋅Vashista, Vineet⋅Micera, Silvestro and Agrawal, Sunil K(pp. 636–641)
Locomotor adaptations following repeated waist-pull perturbationsMartelli, Dario⋅Vashista, Vineet⋅Micera, Silvestro and Agrawal, Sunil K..
| Conference Proceeding
Quantitative assessment of early biomechanical modifications in diabetic foot patients: the role of foot kinematics and step widthLamola, Giuseppe⋅Venturi, Martina⋅Martelli, Dario⋅Iacopi, Elisabetta⋅Fanciullacci, Chiara⋅Coppelli, Alberto⋅Rossi, Bruno⋅Piaggesi, Alberto and Chisari, Carmelo(pp. 98). Journal of NeuroEngineering and Rehabilitation
2014
Pre-impact fall detection: optimal sensor positioning based on a machine learning paradigm.Martelli, Dario⋅Artoni, Fiorenzo⋅Monaco, Vito⋅Sabatini, Angelo Maria and Micera, Silvestro(pp. e92037)
Robot-assisted gait training in subjects affected by multiple sclerosis: Effects on locomotor function and motor unit firingVenturi, Martina⋅Straudi, S⋅Martinuzzi, C⋅Pavarelli, C⋅Simonella, C⋅Fanciullacci, Chiara⋅Martelli, Dario⋅Micera, Silvestro⋅Rossi, Bruno⋅Basaglia, N and Chisari, Carmelo(pp. S21–S22). Elsevier B.V.
The effects on biomechanics of walking and balance recovery in a novel pelvis exoskeleton during zero-torque controlMartelli, Dario⋅Vannetti, Federica⋅Cortese, MarioThe effects on biomechanics of walking⋅a⋅Tropea, Peppino⋅Giovacchini, Francesco⋅Micera, Silvestro⋅Monaco, Vito and Vitiello, Nicola(pp. 1317–1330)
2013
Angular momentum during unexpected multidirectional perturbations delivered while walkingMartelli, Dario⋅Monaco, Vito⋅Bassi Luciani, Lorenzo and Micera, Silvestro(pp. 1785–1795)
Novel Assessment Devices to Quantify Vestibular Function and Their Relationship to Clinical ScalesBassi Luciani, Lorenzo⋅Monaco, Vito⋅Genovese, Vincenzo⋅Martelli, Dario and Micera, Silvestro(pp. 255–258)
2012
Asymmetrical arms abduction during multi- directional perturbationsMartelli, Dario⋅Monaco, Vito and Micera, Silvestro(pp. 1–2)
Design and evaluation of NEUROBike: a neurorehabilitative platform for bedridden post-stroke patients.Monaco, Vito⋅Galardi, Giuseppe⋅Coscia, Martina⋅Martelli, Dario and Micera, Silvestro(pp. 845–52)
Modifications of muscle synergies and spinal maps due to absence of visual feedback in patients with unilateral vestibular disease.Monaco, Vito⋅Martelli, Dario⋅Nacci, Andrea⋅Fattori, Bruno⋅Berrettini, S. and Micera, Silvestro(pp. 3608–3611)
2011
Detecting falls by analyzing angular momentumMartelli, Dario⋅Monaco, Vito and Micera, Silvestro(pp. 1–7). IEEE
2010
All cardan angle sequences are suitable for the estimation of the normalized angular momentum during treadmill walkingMartelli, Dario⋅Monaco, Vito⋅Micera, Silvestro and Monaco, Vito(pp. 1–5)
