The phrase "approach can extract" is correct and usable in written English.
It can be used in contexts where you are discussing a method or strategy that has the ability to obtain or derive something.
Example: "This new analytical approach can extract valuable insights from the data we collected."
Alternatives: "method can derive" or "strategy can obtain".
This approach can extract occasional concessions from the system but cannot build the power necessary to transform it.
Results indicate that this approach can extract and classify instances with high effectiveness with the additional advantage of domain independence.
The proposed method which is based on non-linear least square (NLS) approach can extract the fundamental voltage and estimates its phase within only half cycle, even in the presence of odd harmonics and dc offset.
Since the proposed new approach can extract nonlinear properties of systems by only a single excitation of the inspected system, it shows great promise for use in remanufacturing engineering applications.
Our approach can extract the features of maximum entropies at different wavelet levels and the percentage of energy corresponding to the details at wavelet level 1, and then the features are put into multiclass SVM for classification.
The approach is evaluated in light of F1-measure and time performance, and the experimental results demonstrate that the proposed approach can extract metallic materials knowledge and related knowledge from Yago effectively, and the time performance is acceptable.
Clearly the use of n separate imaging phases increases the laser exposure by a factor of n, whereas post-processing approaches can extract frames at any number of points in the cycle at no additional cost.
The distribution of relaxation times (DRT) is an approach that can extract time characteristics of an electrochemical system from electrochemical impedance spectroscopy (EIS) measurements.
Through a mining approach we can extract resource workload patterns from past behaviour that match the performance requirement and allow a reliable prediction of a respective configuration for the future.
A crucial step in making high-resolution global gene expression analysis possible in the worm is to develop computational approaches that can extract expression data from images, thereby allowing high-throughput conversion of unstructured image data into well-structured gene expression tables suitable for computational analysis.
