"autonomous task" is a correct and usable phrase in written English.
It is a term that typically refers to a task that is done independently and/or requires minimal external guidance. For example: "I was given an autonomous task to complete, so I set about researching the solution on my own."
Heavy exercise facilitates autonomous tasks but has little effect on perpetual tasks.
In a nutshell, there is a reciprocal fashion in the series of actions moving between two ends of proactiveness and reactiveness along the autonomous tasks being fulfilled by the practitioners.
For determining whether kidnapping has happened and which type of kidnapping it is while a robot performs autonomous tasks in an unknown environment, a double guarantee kidnapping detection (DGKD) method has been proposed.
Then, three examples (which have been developed at the University of Bologna) are taken into account, namely a medium complexity 3-dof robotic gripper for autonomous tasks in IVA/EVA environments, an anthropomorphic gripper for tele-operated and autonomous operations, and finally a human-like robotic hand based on new design concepts (i.e. compliant mechanisms).
At least two simultaneous autonomous tasks become are managed by the vehicle in specific scenarios.
We provide a description of the proposed model, including autonomous dataflow task selection.
However, autonomous landing task that requires higher accuracy in localization is still not achievable solely by these onboard sensors [3, 4].
This calibration process can thus be performed as a fully autonomous ASM task, directly using raw measurements before any correction for satellite perturbations is being introduced.
The main objective of this work is to demonstrate the feasibility of RL techniques to learn autonomous underwater tasks, the selection of a cable tracking task is motivated by an increasing industrial demand in a technology to survey and maintain underwater structures.
