The phrase "approach that efficiently" is correct and usable in written English.
You can use it when discussing a method or strategy that is effective and well-organized in achieving a goal.
Example: "To solve this problem, we need to approach that efficiently to ensure we meet our deadline."
Alternatives: "tackle that effectively" or "address that in a streamlined manner."
We suggest a novel approach that efficiently computes the minimum distance between two sphere-swept surfaces by treating each surface as a family of spheres.
Here, we present a multilevel approach that efficiently connects in both directions molecular properties with cell physiology and use it to characterize the molecular properties of the looped DNA-lac repressor complex while functioning in vivo.
The MDR method is a non-parametric and genetic model-free approach that efficiently identifies higher-order interactions between genes and/or gene environmental factors with binary phenotype.
This is a summary statistics approach that efficiently uses results of 1st-level analyses, so there is no need to perform a global analysis after adding each additional subject.
Inspired on a previous study on a dynamic addressing paradigm, the "Dynamic address routing for scalable ad-hoc and mesh networks" DART[4], is proposed as a proactive hierarchical approach that efficiently manages the organization of nodes into zones for large scale networks.
Our experience suggests that this extension will present a methodological challenge in the MCMC framework in finding approaches that efficiently mix over the parameter space.
While existing detection systems work under certain conditions, Chatzigeorgiou says, there is not yet an approach that can efficiently detect leaks in any of these pipe systems.
Based on the dynamic spatial database, a visibility optimization approach that can efficiently reduce the overall geometry is presented.
We present a new modeling approach that allows efficiently estimating DO concentrations in alluvial groundwater from measured DO concentrations in the river under various temperature and discharge conditions.
In order to conveniently exploit parallelism for obtaining VLSI LDPC decoders that occupy small circuit areas and demand low power consumption, we propose in this article a novel ASIC reconfigurable approach that exploits efficiently the memory block reshaping required to use a reduced number of processor nodes.
RDS is a peer-driven, chain-referral sampling approach that can efficiently yield large samples of difficult-to-access populations such as MSM and DU [ 47– 53].
