In order to reduce the negative impact of neuromuscular disorders to movements of human body during daily activities, we propose a wearable human posture measurement and guidance system to let the user actively rectify upper limb postures by himself without risks of muscle pains and bone damages by the traditional mechanical means. This could have significant impact on the design of next Future research on full human-environment interaction for critical industrial Thus, kinematics and contact attributes are of equal importance for humanĪctivity studies. Human motion and interaction with the environment are always In Human-environment interaction, wearable mechatronics devicesĮnables simultaneous capture of human motion and contact dynamics for high fidelity human Mechatronics facilitates the learning and transfer of human skills through wearable sensorsĪnd haptic devices with multi-modal feedback via Internet among different users, forĮxample, surgical training for students, job related operating skills, and casual exercise like
Methodology of hardware and software platforms for enhanced communication and learningĮxperience, and 2) the design and application of wearable motion sensors for human gestureĭetection and control of medical devices. This lecture will exemplify Human-robot interaction with: 1) the design
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