"learn efficiently" is a grammatically correct and usable phrase in written English.
You can use it in any situation where you are exploring efficiency or effectiveness when it comes to learning something. For example, "We aim to provide the best tools and resources to help students learn efficiently."
As a consequence, APE employs a machine-learning algorithm that is specifically designed to learn efficiently and rapidly not only what to suggest to the user but also when to make a suggestion.
Most of these mentioned requirements are even needed in our daily life to be able to learn efficiently, in any desired field.
A sleep-deprived person cannot focus attention optimally and therefore cannot learn efficiently.
The month before that, it was trying to get more sleep by waking up naturally without an alarm clock (lack of sleep can impair your ability to focus and learn efficiently; it also consolidates and cements memories so that they can be recalled in the future).
While some reports have noted difficulty when training tadpoles manually [64], a number of species have been shown to learn efficiently in simple paradigms using electric shock [65], [66], [67], [68], [69], [70], [71], vibrations [72], [73], [74], odor avoidance [75], and conditioned place preference [76].
Moreover, the animals that learn best have more new neurons after training than those who do not learn, or do not learn efficiently [ 33, 34].
To bridge the data gap, personalization interface learns efficiently from direct and indirect actions.
The structure learning efficiently constructs a hypergraph structure by generating putative hyperedges representing complex miRNA-mRNA modules.
The main advantage of this approach is that multiple model parameters can be learned efficiently from the data without needing to evaluate model performance across a range of parameter settings.
From these observations, we concluded that C-pigeons also learned efficiently the constellations of cues associated with each of the three sites, even though they lacked the possibility to anticipate the location of the next release.
The researchers also suggested that the shorter attention span conferred by the DRD4 7R gene might help nomadic children to learn more efficiently in a rapidly changing outdoor environment.
