The phrase "allowing the verification" is correct and usable in written English.
It can be used in contexts where you are discussing the process of enabling or facilitating the act of verifying something.
Example: "The new software update is designed with enhanced security features, allowing the verification of user identities to be more efficient."
Alternatives: "enabling the verification" or "facilitating the verification".
This allows the verification of GALS systems based on the Promela model.
Reference Frame Ties: Astrometry on MSPs allows the verification of solar system--extragalactic reference frame ties and the accuracy of timing parallaxes.
Finally, the paper describes a simulation system that allows the verification of the disassembly movements automatically obtained, and simultaneously, to determine the ease of non-destructive disassembly.
We consider Resource Agent Logic (RAL), which extends ATL to allow the verification of properties of systems where agents act under resource constraints.
Using AquaMaps allowed the verification of environmental envelope settings, calculated from available point data, and the resulting extrapolated species occurrence in the North Atlantic during an iterative review process involving several species experts.
The results of the fire tests allowed the verification and calibration of thermal properties used for thermal finite element (FE) analysis.
In addition, the particular location of the break in test 6-1 allows the verification of the chocked flow model in the same way as for a separate-effect test.
The society invented science through insisting that logic be supported by empirical facts, by establishing that experiment could be described by mathematics, and by inventing peer review and scientific publishing to allow the verification, or otherwise, of scientific claims.In so doing, it revolutionised the way in which people think about the world.
The direct observation of the microstructures at the solid/liquid interface allows the verification of the validity of two different descriptions of the Bi–In Sn phase diagram proposed earlier, namely a description with eutectic and a second with peritectic reactions involving BiIn2, γ-Sn, β-In and liquid.
With the usage of detailed biophysical descriptions of neuronal behavior it is possible to design realistic neuronal models for behavioral experiments; the calculation of fMRI signals theoretically emitted by these models allows the verification of the model design by a comparison with fMRI signals experimentally determined for human participants during the tasks.
