首页> 外文会议>ASME summer bioengineering conference;SBC2012 >THE ABILITY OF A RESIDUAL REDUCTION ALGORITHM TO ACCOUNT FOR HANDRAIL USE DURING GAIT ANALYSIS
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THE ABILITY OF A RESIDUAL REDUCTION ALGORITHM TO ACCOUNT FOR HANDRAIL USE DURING GAIT ANALYSIS

机译:残差减少算法在步态分析中考虑人手使用的能力

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Subjects with significant gait impairments may require the use of external support to safely walk during motion capture collections [1]. Development of musculoskeletal simulations in the OpenSim environment, however, is complicated by external forces beyond ground reaction forces. Measured ground reaction forces and moments may be dynamically inconsistent with model kinematics due to modeling assumptions and experimental error [2]. With the addition of external forces applied using handrails, a harness support system or other loads, prediction of muscle forces and contribution to movement may be inaccurate, especially if all external forces are not able to be measured and included in the model.
机译:步态严重受损的受试者可能需要使用外部支持才能在运动捕捉收集期间安全行走[1]。但是,OpenSim环境中肌肉骨骼模拟的开发由于地面反作用力以外的外力而变得复杂。由于建模假设和实验误差,测得的地面反作用力和力矩可能与模型运动学动态不一致[2]。加上使用扶手,安全带支撑系统或其他负载施加的外力时,肌肉力的预测以及对运动的贡献可能不准确,尤其是在无法测量所有外力并将其包含在模型中的情况下。

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