Sentence examples for measurements that exploit from inspiring English sources

This reductive shift is robust, as it has been observed with redox probes that have different biochemical properties: both the OxyR-YFP fusion known as HyPer [ 10], which in the ER is predominantly a thiol redox probe [ 11], and roGFPiE [ 9, 12] and by measurements that exploit either redox-dependent shifts in excitation profiles [ 10, 12] or changes in fluorescence lifetime [ 9].

As these approaches begin to converge in terms of both length scales and target complexity, it becomes important to develop a joint understanding that exploits the measurement capabilities of each.

The performance of the TALA was compared to both the CRLB [23] and the performance of a "genie" TALA that exploited the true measurement-to-target associations.

An H∞ filter is designed that exploits both onboard sensor measurements and delayed road profile information from the cloud.

In this paper, we use the complex multi-task Bayesian compressive sensing (CMT-BCS) algorithm [29], which is based on the Bayesian framework that exploits the statistical relationship between multiple measurements or sensing tasks and exploit the group sparsity between real and imaginary parts of the sparse entries.

To estimate rainfall field intensity dynamically from a limited number of non-linear measurements, we exploit physical properties of the rainfall such as spatial sparsity and non-negativity along with the dynamics of rainfall intensity.

Bisulfite-conversion based approaches are widely used for DNA methylation measurements, and exploit both microarray and sequencing technologies, as it is the case for other omics.

We have highlighted some of the properties of these lines and shown the potential for DMS lines as a strain-measurement technique that truly exploits the tunable capabilities of synchrotron radiation.

CS is commonly intended for the encoding of a single signal, and a rich theory has been developed for signal recovery from incomplete measurements by exploiting the assumption that the signal obeys a sparse model.

We reanalyzed data collected for a systematic review investigating the diagnostic accuracy of FENO measurement to exploit all available thresholds under consideration of pretest probabilities using a newly developed statistical model.

Furthermore, as noted in [10], there remains a requirement to generalise existing approaches in order that they can exploit measurements generated by a network of heterogeneous sensors.