The phrase "allow us to decode" is correct and usable in written English.
You can use it when requesting permission or the opportunity to interpret or analyze information, often in a technical or metaphorical context.
Example: "In order to better understand the data, we kindly ask that you allow us to decode the information provided."
Alternatives: "permit us to interpret" or "let us analyze".
In this structure, transmit symbols are spread in a symbol-by-symbol basis and the self-interference in the receiver is avoided by the use of permutation matrices [21, 22] in the transceiver, which also allow us to decode each transmit symbol separately.
Secondly, the erasure essence of the LT code allow us to decode from a small set of received symbols, which is well suited for propagation channels with high errors, such as the impulsive interference scenario.
Recent suggestions that technological advances now allow us to decode criminal guilt from brain activity data have generated intensive interdisciplinary debate within the scientific community (Garland & Glimcher, 2006; Greely & Illes, 2007; Sip, Roepstorff, McGregor, & Frith, 2008; Wolpe, Foster, & Langleben, 2005).
Instead of targeting specific markers, whole genome sequencing allows us to decode all 3 billion letters of a person's DNA.
This extension allows us to decode images taken from varying time spacings of image capture.
The more refined somatosensory mapping of hand digits allow us to demonstrate that such decoding is still present when voxels are limited to either those active in response to contralateral finger stimulation OR when limited to those active via both contra- and ipsilateral finger stimulation.
"It would be great to have a method of decoding to allow us to know what is going on when we dream". Like other researchers applying their brains to the brain, the Japanese scientists are probing dreams to understand how they relate to such core functions as memory consolidation and learning.
However, PMd and M1 apparently reflect the ongoing decision process at a fast timescale (present 'Results' and Thura et al., 2012; Thura and Cisek, 2014), allowing us to use decoding as a tool for gaining insight into the decision making process.
Fortunately, deep learning allows us to calibrate our decoding algorithms with data.
It allows us to investigate their decoding convergence and gap to the theoretical limit.
This figure allows us to define the codon decoding strategy in a halophilic archaeon.
