Sentence examples for approaches for decoding from inspiring English sources

We implemented two fundamental approaches for decoding handwriting from the EMGs.

While great progress has been made in BMI design, current approaches for decoding neural activity into behavior completely ignore the major aspects of the PARC by relying heavily only on the primary motor representation of behavior [7] [9].

Specifically, new approaches for decoding mutations that perturb signaling networks (or as we term them, "network-attacking" mutations [NAMs]) (Creixell et al., 2012a) and the mechanisms by which they may statically or dynamically alter these networks will be fundamental in closing this gap (Yaffe, 2013).

In the current study, we present a new approach for decoding brain states based on the connectivity graphs extracted from functional magnetic resonance imaging (fMRI) data.

We conclude by discussing the use of natural genetic variation as a powerful approach for decoding transcription factor combinations that play dominant roles in establishing the enhancer landscapes, and the potential that these insights have for advancing our understanding of the molecular causes of human disease.

In this work, we have further exploited such a Boolean approach for decoding the underlying reason for the complex genetic circuit that controls m-xylene metabolism in this plasmid.

Others have analyzed the approaches of decoding for reducing the complexity at the receiver [12, 13].

In [55] a more realistic approach was used for decoding.

In this review, we aim to emphasize the great leverage provided by the suite of genomic and classical genetic approaches available in flies for decoding details of host-pathogen interactions; these findings can then be applied to studies in higher organisms.

The results thus indicate that simplifying concepts related to invariant manifolds and parameter dependence of bifurcation points (principle of critical simplification) are efficient approaches to obtaining quantitative dynamical relationships for decoding complexity in electrochemical reaction systems.

With so much effort and scientific glory at stake, members of each team remain highly critical of the other's approach, believing that their own strategy for decoding the genome is likely to produce the better and more accurate version.