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Underwater Walking Intensity is Modified by a New and Untested Device that Increased the Lower Limb Surface of Movement

机译：水下行走强度由新的和未经测试的设备进行修改，这些设备增加了较低的肢体的运动表面

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Marco Bergamin; Stefano Gobbo; Valentina Bullo; Federica Duregon; Barbara Vendramin; Cristine Lima Alberton; Lucia Cugusi; Tobia Zanotto; Danilo Sales Bocalini; Andrea Di Blasio; Manuele Bergamo; Marco Zaccaria; Andrea Ermolao;
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1. Walking on an unpredictable irregular surface changes lower limb biomechanics and subjective perception compared to walking on a regular surface [J] . Thorsten Sterzing, Charlotte Apps, Rui Ding, Journal of Foot and Ankle Research . 2014,第S1期

机译：与在常规表面上行走相比，在无法预测的不规则表面上行走会改变下肢的生物力学和主观知觉
2. Using Generic Upper-Body Movement Strategies in a Free Walking Setting to Detect Gait Initiation Intention in a Lower-Limb Exoskeleton [J] . Omar Mounir Alaoui, Fabien Expert, Guillaume Morel, IEEE Transactions on Medical Robotics and Bionics . 2020,第2期

机译：在自由行走设置中使用通用上身运动策略，以检测低肢前骨骼中的步态启动意图
3. A Velocity-Field-Based Controller for Assisting Leg Movement During Walking With a Bilateral Hip and Knee Lower Limb Exoskeleton [J] . Martinez Andres, Lawson Brian, Durrough Christina, IEEE Transactions on Robotics . 2019,第2期

机译：基于速度场的控制器，用于在双侧髋关节和膝盖下肢外骨骼行走过程中协助腿部运动
4. Analysis of Walking Movement Using EEG for the Lower-Limb Paralysis [C] . Jongsook Sanguantrakul, Nattawat Soontreekulpong, Thanawin Trakoolwilaiwan, Biomedical Engineering International Conference . 2019

机译：脑电图用于下肢瘫痪的步行运动分析
5. Low back biomechanics during walking of individuals with a lower-limb amputation. [D] . Yoder, Adam. 2014

机译：下肢截肢患者行走过程中的下腰生物力学。
6. Walking on an unpredictable irregular surface changes lower limb biomechanics and subjective perception compared to walking on a regular surface [O] . Thorsten Sterzing, Charlotte Apps, Rui Ding, 2014

机译：与在常规表面上行走相比在无法预测的不规则表面上行走会改变下肢的生物力学和主观知觉
7. Walking on an unpredictable irregular surface changes lower limb biomechanics and subjective perception compared to walking on a regular surface [O] . Thorsten Sterzing, Charlotte Apps, Rui Ding, 2014

机译：与在常规表面上行走相比，在无法预测的不规则表面上行走会改变下肢的生物力学和主观知觉

Underwater Walking Intensity is Modified by a New and Untested Device that Increased the Lower Limb Surface of Movement

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