The phrase "and efficient exploration of" is correct and usable in written English.
It can be used when discussing the process of investigating or analyzing something in a manner that is effective and productive.
Example: "The research team focused on the development of new methods for an efficient exploration of renewable energy sources."
Alternatives: "and effective investigation of" or "and productive examination of".
The plugin mechanism also enables incorporating further advanced optimization routines, such as genetic algorithms, which can be used for optimization of component parameters and efficient exploration of the corresponding state space.
This paper demonstrates the viability of extracting the salient process-structure linkages from phase-field simulations, while casting them in forms amenable for a rapid and efficient exploration of a relatively large process space.
Though new regulator binding sites have long been assumed to primarily evolve by gradual point-wise mutations [18], regulator binding site rearrangements, or "promoter shuffling" (in analogy to the more familiar "exon shuffling"), could allow for more rapid and efficient exploration of the regulatory space of promoters and might therefore be an important evolutionary force [19].
The approach allows for a more exhaustive and efficient exploration of the objective function manifold to find good parameter fits.
The speed and algorithms implemented in TNT enable a broader and more efficient exploration of the tree space, thereby allowing the program to find more parsimonious trees, compared to common softwares such as PAUP and PHYLIP (25).
Fluid flow phenomena in the deepwater Niger Delta are important for the safe and efficient exploration, development and production of hydrocarbons in the area.
In the current work, we develop a technique based on sparse response surfaces to represent the flow response within a subsurface reservoir and thus enable efficient exploration of the posterior probability density function and the conditional expectations given the data.
Bolts and anchors are efficient measures to control rockbursts and permit the efficient exploration of underground excavations in mines.
Such abstractions of neural mass models allow a deeper insight into underlying dynamic and physiological mechanisms, and also allow the more efficient exploration of large scale brain dynamics in disease.
Algorithms such as Rapidly Exploring Random Trees (RRT) and Sampling Based Model Predictive Optimization (SBMPO) allow for an efficient exploration of the state space, and the construction of a feasible sequence of maneuvers and trajectories that respect the kinodynamic and path constraints of the system.
Furthermore, if there was a platform available that offered sufficient flexibility for combining various constraints and for handling fuzziness in chemical substructures, promising and non-obvious chemical variations could be identified more quickly and easily, resulting in a more efficient exploration of chemical space.
