Sentence examples for array to compute from inspiring English sources

The scaling factor is set by examining all the probe sets on the array to compute a trimmed mean signal and derive a scale factor for the array so that: Target signal  =  Scale factor × Trimmed mean signalprobe array.

A notable exception is the Edena assembler (Hernandez et al., 2008) that uses a suffix array to compute exact overlaps between reads that are then used to construct the string graph.

In this paper, we present two new parallel-in parallel-out systolic array architectures to compute the exponentiation operation for the field GF 2k) in a multiple-valued logic (MVL) approach, using the composite field GF((22 m).

The selected probes can be used in future analyses of other exon array datasets to compute gene expression indexes.

Since the main applications considered for the irregular arrays involve speech (as in the case of surveillance in a cocktail party environment), the excitation of the arrays need to compute the performance metrics is colored noise with the same spectral distribution as the band importance function used in the speech intelligibility index (SII) [5].

Results of tensile testing corresponding to orthogonal array were used to compute signal-to-noise ratios for optimal combination of parameters.

We could do this by creating a string that is the concatenation of all members of ℛ, S=ℛ1ℛ2…ℛ m and then use one of the well-known efficient suffix array construction algorithms to compute SAS (Puglisi et al., 2007).

Rather than simple hashing methods (which only work for small values of k), we employ enhanced suffix arrays [ 21] to compute occurrence counts and construct an index (called k-mer frequency index) from which we can efficiently retrieve the frequency of each stored k-mer.

Finally, we demonstrate how this array can be used to compute the correlation of two given sequences.

The heart of this architecture consists of the N×N PE systolic array that is used to compute 1-D transforms.

Two phased array techniques are used to compute the source strengths: an approach using a Moore-Penrose pseudo-inverse and a beamforming approach using dual linear programming (dual-LP) deconvolution.