This study is mainly to provide an overview of human walking induced energy harvest.
Focusing on the proportion of all energy sources provided by daily activity, the available …

Considerable energy can be harvested from human motions, and energy generated by
human walking induced backpack load motion is capable of powering mechatronic systems …

Traditionally, gait analysis has been based on normalizing the stride time to a percentage
and then averaging several strides measured under the same conditions. This procedure …

For patients with patterns ranging out of anthropometric standard values, patient-specific
musculoskeletal modelling becomes crucial for clinical diagnosis and follow-up. However …

Accurate assessment of mobility is of great significance for disease diagnosis and
rehabilitation guidance. In response to the needs of hemiplegic patients (HPs) for accurate …

Today, there are numerous methods of quantitative analysis of the human movement. Basic
quality of these methods is the high degree of accuracy and reliability of the obtained data …

The goal of this thesis was to find the limitations in the recovery reactions to avoid a fall.
These limitations can be roughly classified as mechanical, neurological and psychological …

Abnormal gait is the main functional disorder of stroke patients after stroke. Accurate and
quantitative evaluation of stroke patients by gait analysis is of great significance for …

Gait patterns of humans and humanoid robots are often described by analysing changes in
angular rotation of hip, knee and ankle joints during one gait cycle. Each joint displays …

This comprehensive review explores the principles, applications, and future directions of
human-powered energy generation technologies. It begins by providing a detailed …