Sentence examples for detection can be optimized from inspiring English sources

Its boundary detection can be optimized per landmark during model training.

This provides a broadband source within the irradiated tissue with a well-known spatial origin, whereby CREL detection can be optimized by arranging the detection system with respect to the incident electron or photon beam.

The position and intensity of emission depends highly on where the charged primary particles deposit most of their energies, and thus the detection can be optimized by the relative arrangement of the optical detector system and external beam incidence.

Both protamine and heparin are used as model analytes, and it is shown that the pulse sequence for detection can be optimized to achieve sample throughputs of up to 20 samples/h with detection limits of 10 μg/mL protamine and 40 μg/mL heparin, respectively, when a 200 μL injection loop is employed.

Lower bounds on the probability of correct rank detection were derived using the distribution of the channel matrix and noise matrix, based on which the rank detection thresholds can be optimized.

Detection efficiency can be optimized by selecting the sensor medium according to the working energy range.

Most important, our approach enables repeated visualization and intervention within the same mouse, such that inter-animal variability can be avoided and detection of temporal changes can be optimized.

A detection method is also presented that can be optimized for high processing efficiency, while improving false-alarm rejection from signals that are longer in duration than the signal of interest.

A key characteristic of the NASBA-microarray technology, especially in microbial diagnostics, is that the detection and the identification of the correct target can be optimized at two different points in the experimental protocol.

It is shown that total pulse sequence times can be optimized to yield reproducible real-time detection of injected samples of protamine and heparin at up to 20 samples/h.

The limit of detection of this technique is determined by the power of IR source and the thermomechanical sensitivity of the cantilever, which can be optimized by properly designing the bi-material aspect of the cantilever.