Sentence examples for task of alignment from inspiring English sources
All of these different areas must be aligned and working as one; if they are separated into their own silos or buckets, the task of alignment becomes nearly impossible.
The recent exponential growth of genomic databases has resulted in the common task of sequence alignment becoming one of the major bottlenecks in the field of computational biology.
This is the task of network alignment.
This has, in turn, helped standardize the task of measuring sequence alignment quality and, thus, the task of generating meaningful sequence alignments.
The non-homologous nature of the first type of novel proteins complicates the task of using sequence alignment and clustering methods for determining their functions.
The reason for the higher rate of complications during the first period may be the difficult needle coordination between radiologist and nephrologists without needle guide; needle guide reduces sliding of the ultrasound transducer on slippery gel which makes the complex task of coordination and alignment of transducer plane and biopsy needle plane easier to perform.
For example, in a memory retrieval task, phase alignment of alpha-band activity significantly contributed to generation of the P1 component and phase alignment of (mainly) theta-band activity contributed to generation of the N1 component (Gruber et al. 2005).
When integrated with a general purpose processor, the developed accelerator significantly reduces the computation time and memory space requirements of alignment tasks.
In bisulfite-seq data analysis, a fundamental task is alignment of bisulfite-converted reads to a reference genome, and thus numerous tools have been already developed [ 3- 6].
Because of the difficulty of lyrics recognition, many studies have focused on a simpler task of audio and lyrics alignment [14 18], where the textual lyrics to be synchronized with the singing are known.
In this paper, we address the challenging task of finding the best alignment between two 3D objects by solving a global optimization problem in the space of rotations SO(3).
