The phrase "avoids the complexities of" is correct and usable in written English.
It can be used when discussing a situation, concept, or approach that simplifies or sidesteps intricate details or challenges.
Example: "The new policy avoids the complexities of the previous regulations, making it easier for businesses to comply."
Alternatives: "sidesteps the intricacies of" or "bypasses the difficulties of".
First, it introduces a small fragment which, preserving the normative semantics and the core functionalities, avoids the complexities of the original specification, and captures the main semantic functionalities of RDFS.
This particular prototype instrument avoids the complexities of existing neutral atom optics by replacing them with an aperture in the form of an ion beam milled pinhole, resulting in a resolution of around 5 microns.
Genetics instruction in introductory biology is often confined to Mendelian genetics and avoids the complexities of variation in quantitative traits.
Another advantage to using these samples in pharmacogenomic studies of drug targets is that a cellular approach avoids the complexities of in vivo pharmacokinetic variability.
Our study examines whole blood of patients prior to the initiation of dialysis and thus avoids the complexities of partially treated uremia in dialyzed patients [ 5, 27].
Against the French Defense, 3 Nd2, the Tarrasch Variation, avoids the complexity of the Winawer that can emerge from 3 Nc3 Bb4.
This approach avoids the complexity of extending unsplit second order volume of fluid algorithms, advection methods, on triangular meshes.
The DFL avoids the complexity of the well known differential geometric method, instead it uses Implicit Function Theorem (IFT) to eliminate system nonlinearities.
The representation is subsequently used as an input for multivariate linear models accounting for nuisance covariates such as age and brain size difference using the SurfStat package that completely avoids the complexity of specifying design matrices.
The 3D CENO scheme is an accurate and robust solution method for hyperbolic conservation laws on general hexahedral grids that is attractive because it is inherently multidimensional by employing a K-exact overdetermined reconstruction scheme, and it avoids the complexity of considering multiple non-central stencil configurations that characterizes traditional ENO schemes.
