The phrase "alignment process of the" is correct and usable in written English.
It can be used in contexts where you are discussing a method or procedure for achieving alignment in various fields, such as business, technology, or project management.
Example: "The alignment process of the project team was crucial for meeting our deadlines and ensuring effective communication."
Alternatives: "alignment procedure of the" or "alignment method of the".
In the context of a case study with a consortium of MES (Manufacturing Execution Systems) publishers, we propose a semantic alignment process of repositories used in the construction of a MES solution called "MES On Demand", using multiple applications and driven by business processes.
The unbiased alignment process of MSARC may simplify this procedure and improve the reconstruction accuracy, especially in the most problematic cases.
Figure 20 Alignment process of two range profiles for the global range alignment algorithm.
The generated pseudogenome is then used in the alignment process instead of the reference genome, so the end result of alignment is a BAM file (14) using the coordinate system of the pseudogenome.
Our word alignment process consisted of the following steps: 1. Morphological, syntactic and dependency analysis resulting in XML markup 2. Calculation of co-occurrence statistics 3. Sampling test and training data sets 4. Creating a gold standard for testing 5. Training, i.e. creating dynamic resources interactively by reviewing alignment proposals 6.
The computing time of the alignment process depends on the size of the input networks.
It is important to note however, that reference bias is an artifact of the alignment process, rather than of the data, and can be greatly reduced by locally realigning the reads based on the reference and the data.
Theoretical modeling of the alignment process has identified the key parameters that control the rotation and chain-formation of the GnPs.
The covariation in the misaligned region can not be due to shared ancestry, but rather is an entirely synthetic side-effect of the alignment process and thus the phylogeny correction of Zp does not compensate for it.
Although the running times of BFAST are slower in the majority of cases compared to other methods, when considering the need for sensitivity and accuracy of the alignment process in the context of whole-genome resequencing (see simulations above), BFAST has attractive advantages including the ability to be implemented in a parallel computational environment.
