The phrase "allow the solution of" is correct and usable in written English.
It can be used in contexts where you are discussing enabling or permitting a resolution or answer to a problem or question.
Example: "The new policy will allow the solution of various issues that have been affecting our operations."
Alternatives: "facilitate the resolution of" or "enable the solving of".
Early in their paper, they describe the MIT algorithm, then say, "This promises to allow the solution of, e.g., vast engineering problems.
Mixed integer optimization (MIP) determines optimal solutions of such complex problems; the development of new algorithms, software and hardware allow the solution of larger problems in acceptable times.
The metamodel inherits the physical description of the distributed-parameter model and, at same time, is sufficiently simple to allow the solution of the optimal control problem with stochastic dynamic programming.
It is shown that these conditions are not too restrictive for practical swirling flows in exhaust nozzles, and that they allow the solution of the wave equation in terms of confluent hypergeometric functions (instead of Bessel functions in the case of rigid body rotation).
These relations may allow the solution of the Dirac equation on quantum computers.
This discovery allowed the solution of formerly intractable problems.
It therefore allows the solution of games that are orders of magnitude larger than were previously possible.
These parallel versions can run on available networks of computers (clusters), allowing the solution of this and larger problems in modest computation times.
Then, in 1979, the Russian mathematician Leonid Khachian discovered a polynomial-time algorithm i.e., the number of computational steps grows as a power of the number of variables, rather than exponentially thereby allowing the solution of hitherto inaccessible problems.
A procedure is presented that allows the solution of all integrals by a sequence of substitutions similar to the single degree-of-freedom model.
In the paper, we describe a numerical technique allowing the solution of compressible inviscid flow with a wide range of Mach numbers.
