Sentence examples for fast filtering from inspiring English sources

Rotate competition and fast filtering continued.

The FPGA allows a 'System On a Chip' architecture in order to perform fast filtering in logic coupled to a dedicated soft processor for real-time fixed latency operations and a second soft processor to handle external communications with the control system for system configuration and reporting of status/archived data.

The proposed fast filtering procedure is carried out using the following methodology under an 'IF-OR-THEN-ELSE' condition: IF (θ1ANDθ3ANDθ4ANDθ6 ≥ τ1) OR (θ0ANDθ2ANDθ5ANDθ7 ≥ τ1) THEN the Mean Weighted Filtering Algorithm, ELSE the Spatial Filtering Algorithm (where τ1 is a threshold defined as 0.1).

The core pipeline of nhmmer has also been incorporated as an acceleration filter for the RNA homology search tool Infernal, where it supports fast filtering with negligible loss in Infernal sensitivity (E.Nawrocki and S.R.Eddy, unpublished data).

Therefore, MNADF was implemented to take advantage of fast filtering process.

In this paper, we designed MNADF instead of single-notch adaptive digital filter and used DGT to track frequencies of corrupting signal because fast filtering process and fast measure of the time-dependent noise frequency are of great importance in speech enhancement process.

Derivatives of this transform may be considered as well such as modified constant Q fast filter bank transform [32].

On the other hand, to demonstrate that the activity of catalyst was not due to the leaching of Ti species, an additional catalytic test was performed with filtering the reaction mix: the catalyst was fast filtered off at the reaction temperature (75 °C) and then the solution was further reacted for 60 min at 75 °C.

Projection methods can serve as fast filters for comprehensive structure search systems.

MPIOs were visualized with whole-field fluorescence measurements by using a ultra fast filter switching-based imaging system (Oligochrome, TILL Photonics, Uckfield, UK) on a Nikon Eclipse FN1 microscope (Nikon, Kingston-upon-Thames, UK) equipped with a 20× water dipping objective (NA 0.5) and illuminated with 475/35 nm light.

This technique can be used as a fast filter for further analysis by more detailed ab initio-based methods, and is meant to address the higher throughput methods needed in the Materials Genome Initiative for complex material structures.