The phrase "avoidance abilities" is correct and usable in written English.
It can be used in contexts discussing skills or strategies related to avoiding certain situations or behaviors.
Example: "In therapy, we often explore a patient's avoidance abilities to help them confront their fears."
Alternatives: "avoidance skills" or "avoidance strategies".
Based on the recent success of deep Q-network on artificial intelligence, the robot controller achieved the exploration and obstacle avoidance abilities in several different simulated environments.
These findings imply that persons with osteoporosis do not have an additional risk of falling because of poorer obstacle avoidance abilities.
These findings imply that persons with osteoporosis do not seem to have an additional risk of falling because of poorer obstacle avoidance abilities.
Obstacle avoidance abilities were not impaired in persons with osteoporosis and they did not experience less balance confidence than the comparison group.
In conclusion, the present study demonstrates that obstacle avoidance abilities were not impaired in persons with osteoporosis, since their success rates and avoidance strategies were comparable to those of a community sample of elderly persons.
Since we tested the participants' obstacle avoidance abilities on a treadmill at a fixed velocity of 3 km/h, the between-group comparisons in the present study were not confounded by potential differences in gait speed.
A distributed recursive design methodology using the function approximation technique is derived to design each follower robot's local controller with collision avoidance ability under directed networks.
This tracking information is then used to endow the robot with passers-by avoidance ability to facilitate its navigation in crowds during the execution of a person following mission.
Traveling in an unknown environment with obstacle avoidance ability is the main target of this paper.
The test results in several simulated environments showed that the Turtlebot achieved obstacle avoidance ability, and it could travel freely in the simulated environment with the strategy learned by itself.
The phenotypic characteristics measured included length, mass, condition factor (mass · length−3), survival, colour, fin quality, disease presence, gill Na+/K+−ATPase activity level, microarray gene expression profile, predator avoidance ability, swimming endurance and migratory behaviour including speed, timing and habitat use.
