本研究针对肌肉骨骼模拟中关节轴个性化需求，开发了一种基于惯性测量单元(IMU)的瞬时旋转中心(ICOR)识别方法。研究人员通过双摆模型和复杂肌肉骨骼模型的仿真实验验证了该方法对固定和移动旋转中心（如膝关节）的识别能力。结果表明，即使在噪声数据下 ...

本刊推荐一项突破性研究：针对传统康复治疗成本高、可及性差的问题，研究团队开发了一套基于12个IMU传感器的实时全身运动学监测系统。通过OpenSim平台实现20Hz实时逆运动学(IK)计算，在9类活动（行走、跑步、拳击等）中验证显示，实时与光学运动捕捉(OMC ...

Movella旗下的Xsens MVN是一种易于使用、经济高效的系统，可以在任何环境中捕捉人体的全身运动。该设备基于小型惯性传感器和磁力计的数据并结合先进的算法和生物力学模型开发而来。新发布的动作捕捉引擎不受磁场干扰，可以作为MVN Animate用于3D角色动画领域 ...

Stanford researchers have developed an open-source, human-inspired robotics technology that simulates human movement and can be scaled to match individual body sizes, ages and genders. The technology, ...

There are 640 muscles in the human body, or maybe it is 639. Or maybe it is 850. Or 656. It all depends on whom you ask. In any case, it is a lot. Stanford bioengineer Scott Delp knows; he has ...

Engineers have developed an open source software package called OpenSim that accurately models human movement. OpenSim is free and in use across the world helping scientists understand the complex ...

An open-source movement simulator that has already helped solve problems in medicine, paleontology, and animal locomotion has been expanded and improved, according to a new publication in the ...

Last month, I took you on a tour of Second Life and showed you some applications for it besides entertainment. This month, I explain how you can run your own virtual island using the Second Life ...