Sentence examples for resolution thresholds from inspiring English sources

The coherent signal-subspace method (CSM) is one of the most largely adopted iterative technique based upon the concept of signal-subspace, due to its ability in handling coherent sources, while showing very good detection and resolution thresholds, low bias and high accuracy.

To extract multiple levels of the network structure [9] [12], the common approach is to first generate a dendrogram or group nodes with one method and then determine the multiple cuts or the resolution thresholds with a different method.

Yet, a review of these studies reveals that G + C measurements are not always comparable, and that recombination rates are estimated with different resolution thresholds.

However 3D pore-scale simulations involve a trade-off between resolution of the flow and the number of pore spaces, and there is a resolution threshold, below which certain flow features, such as recirculation, are not resolved.

Examples of measurements made using synchrotron and laboratory ultra-violet light show the broad field of applications from imaging of core level electrons with chemical shift identification, high resolution threshold photoelectron emission microscopy (PEEM), work function imaging and band structure imaging.

The size of the ULA aperture affects the resolution threshold, especially at boresight directions.

In Table 3, the resolution threshold of both arrays is compared via the MVDR algorithm.

Therefore, the increase in computational cost prevents the changes of resolution threshold in boresight directions.

This angle can be evaluated as the resolution threshold of the algorithm.

Simulation results show that in this situation the resolution threshold may be a little decreased.

Although these focusing methods decrease the resolution threshold and reduce the estimation bias, their performance greatly depends on the accuracy of the initial angles.