Force-plate-free estimation of ground reaction forces and lower-limb joint moments during gait using a single RGB-D camera and physics-based optimization [0.03%]
基于物理的优化在步态过程中使用单个RGB-D相机估算地面反作用力和下肢关节力矩的无测力台方法
Keisuke Kubota,Haruo Aoki,Ayato Nakamura et al.
Keisuke Kubota et al.
Background: Three-dimensional (3D) gait analysis provides clinically relevant kinematics and kinetics but is limited by the high cost and extensive infrastructure of marker-based motion capture and force plates. ...
Evaluation of foot biomechanics following surgical interventions, including SPOTT and SPLATT procedures in the management of equinovarus deformity in cerebral palsy hemiplegia [0.03%]
SPOTT和SPLATT手术等外科手术治疗脑瘫偏瘫足 Equinovarus畸形的疗效及对步态生物力学的影响评估研究
Henry Pj Walsh,Christopher P Carty,Varun Vasudeva et al.
Henry Pj Walsh et al.
Background: Cerebral Palsy (CP) is a group of disorders affecting movement and posture and is the most common physical disability in children. Surgical interventions, such as split anterior and posterior tibial tendon tra...
Longer standing time with less trunk-flexion is associated with higher hierarchical assessment of balance and mobility scores in long-term care [0.03%]
较少屈曲躯干和更长的站立时间与长期护理中较高的平衡和移动能力分级评分相关
Jocelyn Waghorn,Madeline E Shivgulam,Emily E MacDonald et al.
Jocelyn Waghorn et al.
Long-term care (LTC) residents often exhibit/develop mobility issues, which could manifest as increased standing trunk-flexion. Accumulating time in a more flexed standing posture could further worsen balance, position transfers, and ambula...
Impact of single-event multilevel surgery on gait in children with cerebral palsy: A retrospective study [0.03%]
单次事件多水平手术对脑瘫儿童步态的影响：一项回顾性研究
Clara Knaepen,Virginie Otlet,Christine Detrembleur et al.
Clara Knaepen et al.
Background: Cerebral palsy (CP) is the leading cause of physical disability in childhood and is often associated with musculoskeletal deformities impairing gait and mobility. While single-event multilevel surgery (SEMLS) ...
Do deep learning models learn beyond average gait? A comparison of architectures, kinematic representations, and marker sparsity for vertical ground reaction force prediction [0.03%]
深度学习模型能学习平均步态之外的东西吗？垂直地面反应力预测的架构、运动学表示和标记稀疏性的比较
Silvia Zaccardi,Redona Brahimetaj,Elena Botti et al.
Silvia Zaccardi et al.
Background: Vertical ground reaction force (vGRF) is a critical biomarker of joint loading and functional recovery, yet its measurement typically requires force plates in gait laboratories, limiting use outside specialize...
Clinical assessment and normative values of turning: The effects of age, sex, and military status on turning speed [0.03%]
转身的临床评估和正常值：年龄、性别和服役状态对转身速度的影响
Jae W Lee,Peter C Fino,Patrick G Michielutti et al.
Jae W Lee et al.
Introduction: Ambulatory turning is a fundamental component of everyday mobility and military readiness, yet standard clinical assessments do not examine turns, an important component of mobility. The objective is to inve...
Impact of lower limb proprioception on balance and gait in hemiparetic patients: biomechanical analysis [0.03%]
下肢本体感觉对偏瘫患者平衡及步态影响的生物力学分析
Şeref Duhan Altuğ,Hanifegül Taşkıran,Ayşe Ünal et al.
Şeref Duhan Altuğ et al.
Background: Sensory and proprioceptive dysfunction in the lower extremities occurs in up to 89% of hemiparetic stroke patients and contributes to gait abnormalities, postural instability, and increased fall risk. However,...
Reliability and utility of a novel classification scheme for gait deviations in children with persistent idiopathic toe walking [0.03%]
一种新的诊断持续性习惯性足尖行走的步态异常分类方案的可靠性和实用性
Sancy Childers,Sean Brown,Don Kephart et al.
Sancy Childers et al.
Background: Neurotypical children in whom toe walking does not resolve spontaneously by school age are considered to have Persistent Idiopathic Toe Walking (ITWp). The Alvarez classification, the only existing tool for cl...
MobileGait: A low-cost camera-based mobile application for gait assessment in elderly adults [0.03%]
MobileGait：一种低成本的基于手机摄像头的应用程序 用于老年人步态评估
Yutong Du,Arthur Tay,Jiun Shiah Low et al.
Yutong Du et al.
Background: Gait assessment provides key indicators of mobility, neurological function, and fall risk. It is widely used to monitor rehabilitation and disease progression. However, conventional motion-capture systems are ...
Classify head-turning in walking: Multi-segment IMU sensing with recurrent neural networks [0.03%]
基于循环神经网络的多段IMU感知行走转头分类方法
Sheng-Ming Hsu,Jing Nong Liang,Yun-Ju Lee
Sheng-Ming Hsu
Background: Head movement is a fundamental component of gait control and environmental orientation during locomotion. Wearable inertial measurement units (IMUs) enable real-time inference of upcoming movement, and early d...