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A nanorobot is defined as any smart structure which is capable of actuation, sensing, manipulation, intelligence, and swarm behavior at the nanoscale.
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Moreover, the OFB microrobot system, which is capable of the independent actuation of many microrobots, utilizes vision-based automatic actuation for the simultaneous participation of multiple microrobots in micromanipulation, as it is difficult for a human operator to control many microrobots.
Experimental results for actuators of different lengths were obtained for all modes of actuation and the actuator is capable of large deformations in all modes and directions of actuation.
A nanorobot is a smart structure that is capable of intelligent behavior such as actuation, sensing, signaling, information processing, manipulation, and swarm behavior at the nanoscale.
This paper presents a novel hydraulic actuation system which is capable of achieving simultaneous frequency and phase matching between the power system and a 100 kW generator within 1 s.
Bacteria-inspired microrobots actuated by magnetic [29], acoustic [30], or a combination of these forces [31] is capable of parallel control, but complex motion, such as actuation along multiple trajectories, is more difficult [32].
It has been shown that such an actuation mechanism has a very high control bandwidth and is capable of producing negative thrust, which facilitates aggressive trajectory tracking.
Mr. Rhoden is capable of poetry.
Stephens is capable of winning this match.
Villanova is capable of a run.
"Abou is capable of contributing things.
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