This metric with translation transform can be solved using cross-correlation methods, which are non iterative and can be accelerated using Fast Fourier Transform.
12.
A direct correlation method was introduced by Joseph " et al . " ( 1999 ) which was developed for use in highly time-resolved, low-noise signals acquired in the laboratory.
13.
The correlation methods exploit certain properties of these systems, which means that if specific inputs are used, often white Gaussian noise, the individual elements can be identified one at a time.
14.
Today at Berkeley, Martin supervises a group interested in pairing methods, local correlation methods, dual-basis methods, scaled MP2 methods, new efficient algorithms, and very recently corrections to the Kohn-Sham density functional framework.
15.
The most common of these is the Pearson product-moment correlation coefficient, which is a similar correlation method to Spearman's rank, that measures the linear relationships between the raw numbers rather than between their ranks.
16.
In the official discovery of the element in 1984, the team at GSI studied the same reaction using the alpha decay genetic correlation method and were able to positively identify 3 atoms of 265 Hs.
17.
Most of the earlier identification algorithms assumed that just the first two, linear and quadratic, Volterra kernels are present and used special inputs such as Gaussian white noise and correlation methods to identify the two Volterra kernels.
18.
His 1964 patent for Signal Correlation Method and Means US Patent 3, 158, 830 for " oceanic depth measurement " refers not only to measurements of the depth of the water, but also to the depth measurements of the earth layers below .
19.
The mutually consistent field ( MCF ) method had introduced the idea of self-consistent fragment calculations in their embedding potential, which was later used with some modifications in various methods including FMO . There had been other methods related to FMO including the incremental correlation method by H . Stoll ( 1992 ).
20.
Triple correlation methods are frequently used in signal processing for treating signals that are corrupted by additive white Gaussian noise; in particular, triple correlation techniques are suitable when multiple observations of the signal are available and the signal may be translating in between the observations, e . g ., a sequence of images of an object translating on a noisy background.
