It was built in MATHEMATICA environment, according the method of Euler-Lagrange and is concerned with the actuator fusion in the links structure in DC motor selection process that modifies the dynamic geometric parameters, due of typical operations defined in the manipulators design phase.
Similarly, we found greater activation in the SMA, which has been reported to engage in motor control during goal-based action selection processes (i.e. choosing between a fair offer and a selfish offer)51,52,53.
Overall, the results suggest that, by integrating motor selection into the early stages of the design process, designs can be made lighter, more compact and more efficient.
It has been unclear whether the motor cortex contributes to the perceptual or post-perceptual stage of speech processing (e.g., decision-level or response selection processes).
Compatible with previous findings, a greater activation was elicited in the medial frontal cortex (mostly in the pre-SMA), which was associated with the cognitive motor control processes, including sensory discrimination and decision making or motor selection for the action after stimuli [ 35, 36].
Selection processes vary; some are informal.
Selection processes are design processes.
Compare the outputs of both selection processes.
The dynamic balance between these two pathways contributes in motor selection and motor inhibition, respectively [ 13].
These low-level motor commands –information about which muscles or actuators have to be used to implement a specific action – are stored in the Sensory-Motor Memory component in the LIDA model and are chosen after the action selection process.
