Sentence examples for to improve brightness from inspiring English sources

The objective of this study was to exploit the synergy between SMOS and SMAP based on vegetation optical depth (VOD) to improve brightness temperature (TB) simulations and land surface soil moisture (SM) retrievals in arid regions of the world.

Here, we highlight recent examples of structure-guided rational design of RFPs to improve brightness, monomerization, maturation, and photostability, and discuss possible pathways for the future engineering of designer RFPs tailored to specific applications.

To improve brightness and photostability beyond what can be achieved using small-molecule dyes or fluorescent proteins, nanoparticles have been explored.

In these systems, each new image requires previous manual preprocessing (i.e., cutting, improve brightness and contrast of the image) resulting in the best contrast contour of the blue whale but this also increases the processing time, subjectivity, and error in the segmentation results.

Moreover, for fuzzy contrast enhancement, Sheet et al. [4] proposed a novel modification of the brightness preserving dynamic histogram equalisation, called the Brightness Preserving Dynamic Fuzzy Histogram Equalisation (BPDFHE), in order to improve the brightness preservation and contrast enhancement capabilities, but at the same time reducing its computational complexity.

It was found that the silica nanoshell coating allow the NPs to achieve strikingly improved brightness in imaging (over ten-fold enhancement) and much higher delivery efficiency than other NPs.

Progress comes at a high price … Synthetic greens continued to improve in brightness and range.

This paper dealt with a technique to improve the brightness of a LCD backlight by increasing the light-condensing efficiency of an existing BEF.

The viewing experience is further enhanced by KODAK PERFECT TOUCH Technology, which automatically processes images to improve exposure, brightness and color, and KODAK Image Science, which optimizes image quality for display on OLED panels.

In the fourth stage, a dynamic histogram filtering is proposed to improve the brightness and contrast of the images; it is combined with the standard FCM and/or K-means clustering algorithms to provide more robustness in the segmentation process.

The difference with the works achieved in [15] is that in CAPED, the authors focused on the user satisfaction and his visual perception to improve the brightness control model.