The phrase "accuracy demand" is not commonly used in written English and may sound awkward.
It could be used in contexts discussing the need for precision or correctness in data, processes, or results.
Example: "In scientific research, there is a high accuracy demand to ensure reliable results."
Alternatives: "need for accuracy" or "requirement for precision."
(2) In addition to an overall much faster processing speed, our method provides a new tradeoff that a lower accuracy demand (a larger value for ϵ) promises a faster processing speed, whereas the best prior work's processing speed is Θ(nlog(1/δ)) in any case and for any ϵ.
The results of these studies [12], [13] suggest that the social affordances guiding approaching action sequences increases the accuracy demand during the execution of these sequences.
Assuming that the reaching time and accuracy demand remains constant, peak velocities can be modulated using targets with different reaching distance (see Methods).
Consequently, if the interaction with conspecifics increases the accuracy demand, a specific social affordance is likely activated, and the kinematics of reaching-grasping as well as of placing should be slowed down.
The increasing accuracy demand due to the social intention affected the action of reaching in line also with kinematic data showing that actions in a chain are related to each other [4], [6] [8].
While in the first case, this is directly caused by the higher accuracy demand, in the second case, the necessarily larger torques would yield less accuracy without co-contraction.
It was a masterclass in how an actor can use space to create the emotional accuracy demanded by a text.
At this point, signal processing solutions are not robust enough for high noise environments with high accuracy demands.
Subjects also exerted larger grip force without force feedback and when accuracy demands of the tracking task were high.
At low accuracy demands the conventional spatial discretisation may be more efficient and more convenient to use.
This study examines the effects of force feedback, accuracy demands, and training on grip force control during object interaction in a virtual environment.
