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Integration goes over all the components of vector u.
which gives the estimated position of the node as the first and second components of vector.
We then calculated the divergence and rotation components of vector motion from these derivatives of the three-component seismograms.
This result is not always physically meaningful, but (subsets of) the components of vector s ^ are often much more readable than the original multispectral image.
The components of vector, that is,,, can be expressed as the last samples, in reversed order, of the convolution, that is, (16).
where ( {p}_0left overrightarrow{y}right) ), ( {p}_1left overrightarrow{y}right) ) … ( {p}_mleft overrightarrow{y}right) ) are 0 to m components of vector ( overrightarrow{p} ) and q 0, q 1…q m are 0 to m components of vector ( overrightarrow{q} ).
Similar(46)
This is an example of the general rule for finding components of vectors.
The components of vectors and tensors are given in normalized bases.
We use yk for indexing of individual components of vectors and individual components of tuples of functions, where y k ∈ Y k.
where the components of vectors, s1 and s2 are, respectively, the NQ samples of the baseband signals s1 t) and s2 t) in the block (7).
The nai've Euclidean distance is defined as (1) D Euclidian 2 = ∑ i (x i - y i ) 2 It takes all components of vectors equally and does not account for any correlations between them.
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Since I tried Ludwig back in 2017, I have been constantly using it in both editing and translation. Ever since, I suggest it to my translators at ProSciEditing.

Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com