Sentence examples for capable of discarding from inspiring English sources

Here, a novel algorithm is proposed which is capable of discarding the unreliable sonar sensor information generated due to specular reflection.

It is capable of discarding the oldest stored datum and inserting the incoming datum while keeping the rest of the stored data sorted in a single clock cycle.

However, during the reconstruction procedure, the proposed K-cluster-valued CS avoids the possibility of intensity values being assigned beyond K clusters: {μ1, μ2,..., μ K }, and it thus may be capable of discarding those unreasonable solutions.

We are interested in adopting a conservative attitude and developing highly specific models, that is, models capable of discarding practically all BCRP substrates.

At the beginning of this thread, the first RNA-like polymers could have emerged as systems capable of discarding potentially hazardous high-energy quanta without undergoing damage.

The scenario outlined above should yield two fundamentally different populations of molecules, namely surface-confined, relatively complex structures capable of efficient discarding excess radiation energy (hereafter referred to as zymes), and continuously photosynthesized simpler organic molecules – the future metabolites – that stored the solar energy in their covalent bonds.

This means that the system is embedded with a noise-detection strategy capable of automatically detecting and discarding erroneous calculations that arise from raw respiratory and ECG signals severely corrupted by electrical or motion artefacts.

He was capable of love and sympathy, and he discarded them.

Using phosphoenrichments (e.g. IMAC, TiO2; SIMAC) we are capable of isolating phosphorylated peptides and discard un-phosphopeptides.

And Maradona might now revue his decision to discard Juan Riquelme, a rare player capable of slowing the rhythm of a match, without once including him in a squad.

In head-to-head comparisons, the STM outperformed competing approaches and is capable of effectively detecting both dense and sparsely connected, biologically relevant functional modules with fewer discards.