The phrase "allow us to generalize" is correct and usable in written English.
It can be used when you want to indicate that you are making a broader statement or conclusion based on specific examples or data.
Example: "Based on the results of our study, allow us to generalize that increased exercise leads to improved mental health."
Alternatives: "let us make a generalization" or "permit us to generalize".
Comparison and remindings are both important cognitive processes that allow us to generalize across similar instances and generate new, abstracted knowledge.
The use of proportional sampling does not allow us to generalize these findings to other types of health professionals.
Despite using California data, our random effects results allow us to generalize conclusions of this study to all markets: hospital competition has a positive and statistically significant effect on patient outcomes.
In fact, Jablonka and Lamb hold that one of the useful features of informational descriptions is that they allow us to generalize across different heredity systems, comparing their properties in a common currency.
Finally, the small number of workflows analyzed in the functional evaluation (eight) and the domain specificity of the workflow database (visualization) do not allow us to generalize the evidences presented in this section.
Furthermore we state a new condition which generalizes condition (A) and allow us to generalize several known results, such as, Bharucha-Reid [5, Theorem 7], Domínguez Benavides et al. [6, Theorem 3.1] and Shahzad [2, Theorem 2.1].
The fact that PIRLS uses representative random samples allows us to generalize the findings to the population of fourth graders in the respective countries.
We obtain then a high-order accurate domain decomposition method that allows us to generalize our previous work on the use of local Fourier basis to solve combustion problems with nonperiodic boundary conditions (M. Garbey and D. Tromeur-Dervout, J. Comput. Phys.145, 316 (1998)).
The context of Toeplitz structures allows us to generalize all the previous cases (torus, spheres and Zoll manifolds) and to deal with new linearities involving Szegö projectors.
This allows us to generalize the formulation of multidimensional deformable models, which are presented in this paper using B-spline as shape function for the FEM.
