Sentence examples for improved fidelity from inspiring English sources

To experience improved fidelity, the headphones need to be at least loud enough to match the amount of sound leaking into the headset, which is a significant amount.

In general, by surpassing the physical and chemical properties of naturally occurring proteins, such superproteins offer several advantages including, for instance, increased capabilities as biosensors [16] and FRET partners [9]; improved fidelity as transcription reporters [17]; and improved therapeutic properties (e.g., longer systemic half-life, improved efficacy) [6].

The anatomically guided sampling strategy significantly improved fidelity of data acquisition and subsequently the quality of reconstruction.

However, we expect that the greatly increased dynamic range and improved fidelity obtained through IVT will facilitate the identification of additional biological trends within these data.

The sensitivity of the probe improves with lower oxygen tensions, which lends itself to improved fidelity during the examination of deeper or higher branch order vessels and is particularly relevant for post-occlusion measurements.

We found a power-law scaling exponent that was virtually identical to that described by Kapellou and colleagues, 8 despite using a considerably higher spatial resolution in our study (1-mm vs. 4-mm slice thickness), which allows improved fidelity for following the curving cortical surface and calculating its surface area.

To improve fidelity, manufacturers must boost the signal power or reduce the noise.

Complete transparency of the conduct of the review permits reproducibility and improves fidelity of the conclusions.

Digital FM not only improves fidelity and stereo reception, providing a dynamic audio range approaching that of a compact disc, but also makes use of enough bandwidth to allow multiple channels.

Rotorcraft mathematical modelling has become stratified in three levels, each one defining the inclusion of various layers of complexity added to embrace specific modelling features as well as an attempt to improve fidelity.

We present a method for the characterization of vessel deformations during EVAR, and its application on patient datasets for a preliminary retrospective analysis that may be used to improve fidelity of endovascular simulators.