The phrase "alignment to mitigate" is correct and usable in written English.
It can be used in contexts where you are discussing strategies or actions taken to reduce risks or negative impacts.
Example: "The team focused on alignment to mitigate potential issues that could arise during the project."
Alternatives: "coordination to reduce" or "synchronization to lessen".
In this direction, this study investigates an underlay spectral coexistence mechanism which exploits uplink interference alignment in order to mitigate the interference of small cell user terminals (UTs) towards the macrocell base station (BS) or the interference of multibeam satellite terminals towards the monobeam satellite.
In this context, this contribution investigates an underlay spectral coexistence mechanism which exploits an interference alignment (IA) technique in order to mitigate the interference of cognitive transmitters towards the primary receivers in a normal uplink mode.
It is also possible to mitigate the alignment instability by, say, ordering the input sequences lexicographically before calculating the k-tuple scores.
In our study we have applied a careful alignment method using the synthetic standards to accurately align bands between gels to mitigate experimental variation.
Therefore, the interference alignment algorithm, Algorithm 1, is applied to mitigate the generated interference from pico BSs to the macro user.
Applied Biosystems (personal communication) confirmed that this reference bias exists in the current implementation of the Bioscope alignment algorithm, and efforts are underway to mitigate this isue in future implementations.
Only those contigs formed by five or more ESTs were considered in this analysis to mitigate the limitations of alignment depth in SNP detection, thus resulting in 17,703 usable contigs (36.15% of the total).
The purpose of this paper is to provide a careful discussion of the computational analysis of alignment and clustering of pyrosequencing datasets, identifying sources of error, and appropriate ways to handle the data to mitigate these artifacts.
We chose to present BLAST-based comparisons, because they tend to mitigate possible over-estimation of OTU-based clusters that can result from sequencing errors, ambiguous alignment, and/or intra-species chimeras [42], [43].
To mitigate misalignment errors owing to heterozygosity, for each F1 sample, we aligned each fragment to the genome of each parent separately (i.e. the mm9 reference sequence with annotated SNPs) and then merged the two alignments while retaining all distinct multiple alignments (a union of the set of all mapped fragments each identified by their mapping coordinate and read identifier).
