"grasp control" is a correct and usable phrase in written English.
An example sentence could be: "He grasped control of the situation and guided the team to success."
The goal of this research is to develop an interaction technique that will allow the BCI to be effective in real-world scenarios for hand grasp control.
The ocean reflects back whether we are living in line with the pure nature of human beings: that of complete harmony with our surroundings, without the need to grasp, control or fear anything.
The next few years promises to continue to be kind to those who grasp control over that minutia and don't let go.
Rogues join the clans and a one-eyed cat tries to grasp control so says the cover.
Therefore, these task conditions could be easier than a task where the position of the digits is always the same as performed in previous studies of grasp control in PD (e.g., [22] [24]) which limits the number of successful strategies.
From 1995 until 2003, Ron was Associate Professor at the Danish University, where he continued to work on developing nerve cuff technology to activate otherwise paralyzed muscles in quadriplegia and recorded afferent activity for closed-loop grasp control.
Immunization programmes have recorded remarkable successes in the last four decades, contributing to the eradication of smallpox, bringing the eradication of polio within our grasp, controlling of measles and reducing, significantly, the incidence of other vaccine-preventable diseases [ 3– 12].
The grasp controller controls the timing of the preshape and enclosure phases of the grasp.
After being trained offline, the affordance memory is used in the system to generate online motor commands for reaching and grasping control of the robot.
By analyzing the impact of grasping control parameters, base and target mass on the grasping process and combining the life experience, it is found that if the product of speed control parameter and dB adjustment parameter is close to but smaller than the minimum grasping speed, collision impact in the grasping process could be reduced greatly, and then an ideal grasping strategy is proposed.
His lab uses human subject experiments, control theory, dynamics, and robotics to understand how evolution affects the way humans and animals walk, run, throw, grasp, and control their bodies, and in biologically inspired machines built in the lab.
