Sentence examples for design an encoding from inspiring English sources

So it seems to be not worth to design an encoding multiple flow scheme for OR.

We will first design an encoding for individual tuples, and then for sequences of tuples.

Technically, designing an encoding model is not different from specifying the design matrix in a standard fMRI analysis and can be seen as model-based fMRI[ 10].

In this paper, we develop an original information theoretic analysis and we design an encoding-decoding scheme for deconvolution.

Since the existing solution representations do not befittingly encode the decisions involved in the studied problem into the PSO algorithm, we design a tailored encoding scheme which can embed all decisional information in a particle.

Therefore, it is challenging to manually design a robust encoding filter to face the complex intra-class variations of heterogeneous iris images.

In order to tag the dRif1 protein, we designed an oligonucleotide encoding 3X FLAG tag with sequence for NcoI compatible over hang at both the ends, annealed to get double stranded DNA, and cloned in frame at the start of the dRif1 in RE66338.

We designed a construct encoding the extracellular domain of human RANKL that conformed to reports of native processing.

As a first step in addressing these issues, we designed a cDNA encoding a chimeric protein composed of the PECAM-1 extracellular domain fused to the phosphatase domain of SHP-2, which we call PECAM-1/PhD2.

Its main design phases involve: (a) an encoding in which we encode data in terms of the elements of the given codebook; (b) a decoding during which we reconstruct the original data; and (c) a development of the codebook.

Here, we design a DNA sequence encoding four collagen-like proteins, two, (Gly-Arg-Pro n and (Gly-Arg-Pro n, from a sense mRNA and the other two, also (Gly-Arg-Pro n and (Gly-Ala-Pro n from its antisense mRNA, all of which are expected to form triple-helical structures unique to collaGly-Ala-Pro n