The phrase "an optimal exploitation of" is correct and usable in written English.
It can be used in contexts discussing the efficient use or management of resources, systems, or opportunities.
Example: "The research aims to achieve an optimal exploitation of renewable energy sources to reduce carbon emissions."
Alternatives: "an efficient use of" or "a maximal utilization of".
However, previous studies, including both heuristic-based gradual-optimization work and theory-driven cross-layer design work, cannot guarantee an optimal exploitation of multiple gateways.
In view of an optimal exploitation of the Swarm data set, we have prepared and tested software dedicated to the determination of accurate core magnetic field models and of the Euler angles between the magnetic sensors and the satellite reference frame.
Irrespective of these methodical aspects, the high representation of proteases in the D. pulex proteome documents an enormous digestive capacity, which probably guarantees an optimal exploitation of food resources to support the high growth and reproduction rates which are characteristic for these animals.
However, the knowledge translation from research into practice may not be achieving an optimal exploitation [ 2- 4].
The work presented in this paper is finalized at the development of a model for optimal exploitation of energy resources in integrated steelworks, through the application of multi-objective optimization techniques, which can be beneficial both in new design and as a retrofit.
One explanation for this result may be that the development of Methanobrevibacter in anorexia nervosa patients might be associated with an adaptive attempt towards optimal exploitation of the very low caloric diet absorbed by these patients.
The optimal exploitation of a high external porosity, however, also requires overall shrinkage of the domain size, towards and into the sub-micron range.
The main contribution of the proposed method over existing methods in literature, utilizing features both from audio and video streams, is their combination in a more sophisticated way, permitting the optimal exploitation of these complementary sources of information.
These studies form an essential basis for a next generation of experiments, the engineering of βGHs for optimal exploitation of their potential.
However, as more processing nodes (heterogeneous or homogeneous) are integrated in a single chip, the fitting of computational tasks to hardware resources is still a challenging task since its related to the optimal exploitation of the different types and degrees of parallelism among multiple processing elements available in the MPSoC design.
Optimal exploitation of hadronic final states played a key role in successes of all recent collider experiment in HEP, and the ability to use hadronic final states will continue to be one of the decisive issues during the analysis phase of the LHC experiments.
