Sentence examples for better locomotion from inspiring English sources

Instead of conventional motors, which are used in earlier Exo-Skeleton Suit for the movement of limbs, Pneumatic actuation is used for better locomotion.

In Rotarod test performed 15 days after stroke, animals received H-BMSCs showed better locomotion recovery compared with stroke control and N-BMSC groups.

For better locomotion analysis, it also employs a video tracking software.

Clownfishes that interact with sea anemones occurring at deeper depth have also a bigger size, allowing for better locomotion in areas where the water velocity is likely to be higher compared to more shallow and sheltered zones [ 70].

However, the study found that meeting the whole scale of processes of care was associated with fewer readmissions and better locomotion, self-care, and transferring (from for example the bed or toilet) at two months but not at six months.

More generally, a greater level of interest was linked with less lameness (reported by the farmer), better cleanliness (equipment, flooring and animals), less diseases (reported by the farmer), better environment score, better artificial lighting due to better buildings, a better locomotion score, better weaning methods and better social interaction scores.

Our goal is to better understand locomotion in 3D space and diagnose character movement under multiple constraints.

Gait analysis is usually used to directly aid patient treatment and to better understand locomotion [ 1- 3].

In our lab, we are developing experimental tools and theoretical models to create the new field of terradynamics that describe complex locomotor-terrain interactions, and use terradynamics to better understand animal locomotion and advance robot locomotion in complex terrains.

By integrating biology, engineering, and physics studies and developing new experimental tools and theoretical models, our lab is creating the new field of terradynamics to describe complex locomotor-terrain interaction (analogous to fluid-structure interaction), and using terradynamics to better understand animal locomotion and advance robot locomotion in complex terrain.

Its use can be combined with other sensing systems to achieve better performance of locomotion mode recognition for intelligent assistive device control.