Sentence examples for huge number of methods from inspiring English sources

Image denoising is a fundamental process in image formation, transmission and display systems, and thus a huge number of methods have been developed.

There exist a huge number of methods and algorithms for background subtraction and can be found in the surveys [1 7].

There have been a huge number of methods for the summarization of well-edited videos such as movies and TV contents [3 6], where a well-edited video means that it has clear shot boundaries and was shot under well-controlled environments with stable and high-quality cameras.

A huge number of methods and techniques have been designed, but the scientific community has not yet agreed on which methods are most reliable and when a method should or should not be adopted.

A huge number of analytical methods have been developed to quantitate morphine related opiates but nearly all of them were purportedly designed for drug profiling (Ravreby 1987; Moros et al. 2008; Walker et al. 1994; Zhang et al. 2004; Kaa & Bent 1986; Narayanaswani 1985; Chan et al. 2012).

In the past few years, a huge number of computational methods have been developed for detecting network modules and analyzing the network structure of biological networks.

Compared with the classical Gabor wavelet-based approaches using a huge number of features, our method requires less than 4 milliseconds to retrieve a few hundreds of features.

A chromatographic fingerprint may contain a huge number of peaks, requiring chemometric methods to extract the desired information, such as common peaks, similarities among chromatograms, and projection and clustering plots of samples [16].

Because of the huge number of SEM possible, exhaustive search methods are not well suited, so an algorithm to obtain a SEM from a set of variables has been designed.

In the MP methods, a huge number of binary variables, as well as numerous constraints to consider mass balance and sequencing of batches in space/time dimensions, are needed for the large-size problem, which leads to very long computational time.

Athena's mirrors will be made of a huge number of slivers of silicon made using methods taken from the semiconductor industry and crafted by robots.