Sentence examples for which allows evaluating from inspiring English sources
The phrase "which allows evaluating" is correct and usable in written English.
It can be used when describing a feature or function that enables assessment or analysis of something. Example: "The new software includes a feature which allows evaluating the performance of various algorithms."
This protocol, which allows evaluating kinematic machine tool behaviour during circular interpolation, was designed from tests without machining.
The experimentation phase of the prototype, which allows evaluating the obtainable monitoring performances and activity recognition accuracy, is described.
In addition, the developed prototype can operate with different degrees of decentralization, which allows evaluating the advantages that our approach provides by means of simulation.
The values of Nfreqs (and Nframes) are varied from 0 to 10, which allows evaluating also the case of using only the information of the current time-frequency point (i.e. Nfreqs = Nframes = 0).
The methods are compared using the FERET, LFW, UCHFaceHRI, and FRGC databases, which allows evaluating them in real-world conditions that include variations in scale, pose, lighting, focus, resolution, facial expression, accessories, makeup, occlusions, background and photographic quality.
The gga1Δ gga2Δ cells also express Sec7-mCherry, which allows evaluating of Jen1-GFP co-localization with the TGN (arrowheads).
We present extended experimental results which allow evaluating the advantages and limitations of each method and give practitioners options for trading-off between highest quality and better efficiency.
This better-defined behavior can be useful in the computer simulation of the channel or in the designing of simulation tools which allow evaluating specific systems under different schemas of modulation, coding, and equalization.
The analysis was carried out using electron microscopy (SEM) and a contact-less 3D profilometer which allowed evaluating the profile and surface parameters of surface quality including creating a 3D surface image.
Environmental concerns are explicitly accounted for in this MILP by means of Life Cycle Assessment (LCA) principles, which allow evaluating the impact of each alternative being assessed considering all the stages in its life cycle.
Based on the results of this assessment, an improved square error method is formulated, which further allows evaluating the uncertainty in threshold estimation, as well as the uncertainty in the estimation of wave heights for given return periods.
