The phrase "as an efficient solution" is correct and usable in written English.
You can use it when discussing a method or approach that effectively addresses a problem or need.
Example: "The new software was implemented as an efficient solution to streamline our workflow and reduce errors."
Alternatives: "as an effective approach" or "as a practical remedy."
We propose a new multi-function converter as an efficient solution to improve the power quality.
We introduce using hardware emulation as an efficient solution for EM simulation core solvers.
Recently, lattice reduction (LR -aided detection methods have emerged as an efficient soLR -aided the MIMO symbol-detection problemethods
Parket al. [13] proposed real-time target detection architecture as an efficient solution for hyperspectral image processing.
Network on Chip (NoC) has been proposed as an efficient solution to communication problems in on-chip processors.
Intermodal transportation is often presented as an efficient solution for reducing carbon emissions without compromising economic growth.
The new software provides for consistent initialization of the solutions and the sensitivities, interfaces seamlessly with automatic differentiation for the accurate evaluation of the sensitivity equations, and is capable via MPI of exploiting the natural parallelism of sensitivity analysis as well as providing an efficient solution in sequential computations.
However, as randomized algorithms provide an efficient solution procedure to the "intractable" problems, stochastic methods bring closer to understanding the properties of the real systems.
In statistical analysis, the Efficiency Paradigm is expressed to define an efficient solution as one that has a relatively small variance.
Here, we need to express the definitions related to efficient solution and compromise optimal solution in context of MLPP as: ( X^ in S ) is an efficient solution to MLPP if and only if there exists no other ( X in S ) such that ( Z_{t} ge Z_{t}^ ) ( forall t = 1,2, ldots,T ).
As shown in this figure, the proposed ILRMA based on the GGD (GGD-ILRMA) and that based on Student's t distribution (t-ILRMA) can be interpreted as a new extension of conventional IVA or ILRMA as well as a computationally efficient solution to the dual problem of MNMF.
