The phrase "arrays we propose" is correct and usable in written English.
It can be used when discussing specific arrays that are being suggested or put forward in a particular context, such as a research paper or a technical document.
Example: "In our study, we will analyze the performance of the arrays we propose in various scenarios."
Alternatives: "the arrays we suggest" or "the arrays we recommend".
We define a similarity measure based on the local mean and on a modified structure-similarity index to find sets of similar patches that are arranged into three-dimensional arrays, and we propose a simple and efficient structure-adaptive window pursuit method to achieve sparse representation of these arrays.
Borrowing ideas from micro-array data analysis, we propose a new method, named RS-SNP, for detecting sets of genes enriched in SNPs moderately associated to the phenotype.
However, the contractile forces at the cleavage furrow have also been proposed to result from disordered actin arrays [27], [28], and we propose that filamin A crosslinking of F-actin may be an important part of that process.
In this article, we only considered those binary images which are stored in a 2D array of pixels and we propose a new block-based connected components labeling method to introduce a new scan mask as shown in Figure 3 (an extended mask of four 2 × 2 blocks as shown in Figure 4).
In this paper, through electromagnetic modeling of the antenna array and theoretical analysis, we propose a comprehensive study of the performance of AS, to seek more effective implementation of AS in size sensitive UE employing MIMO where both mutual coupling and spatial correlation have a strong impact.
Let Y i, j be defined as the log ratio of the intensities between the test and control samples for gene i on array j; that is, We propose a hierarchical Bayesian model, where, Y i, j is the log ratio of gene i in replicate j, μ i and σ i are the true expression level and the standard deviation, respectively.
From the abovementioned background, we propose nanoshell arrays for LSPR sensing platforms combining the best features of NIR light response.
In this paper, we propose an array architecture that supports in-memory computation based on a logic array first proposed in 1972 by Sheldon Akers.
Here, we propose SiNW-array-based plasmonic photodetectors with Au hemispherical NPs (hNPs) as optical NA, of which photoresponsivity in the NIR range is remarkably enhanced due to intriguing SP resonance effects at the hNP/Si interface.
In present work we propose using an array of magnetic beacons for localizing a receiver equipped with a magnetic sensor.
