Examples of using Is a matrix in English and their translations into Chinese
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Which is a matrix element:.
In MATLAB the basic data element is a matrix.
If a is a matrix.
In particular the outer product of two ordinaryvectors is a doubly subscripted array(that is a matrix, of rank at most 1).
That is, a matrix satisfying.
The basic data type of MATLAB is a matrix of floats.
Yes, this is a matrix organization.
If x is a matrix, then filter acts along the first dimension and returns the filtered data for each column.
In our script, X is a matrix and y is a vector.
If x is a matrix, then filter acts along the first dimension and returns the filtered data for each column.
Each initial weight matrix in the original networks is a matrix(initialized with the standard initialization).
If X is a matrix, then each column is treated as in the vector case.
Consider the addition X+v where X is a matrix(an array of rank 2) and v is a vector(an array of rank 1).
X is a matrix where each row is a copy of x, and Y is a matrix where each column is a copy of y.
In mathematics a single-entry matrix is a matrix where a single element is one and the rest of the elements are zero,[1][2] e.g..
If X is a matrix, then each column is treated as in the vector case.
For example, if X is a matrix, then fft(X, n, 2) returns the n-point Fourier transform of each row.
If x is a matrix, each column is treated as an independent channel.
For example, if X is a matrix, then fft(X, n, 2) returns the n-point Fourier transform of each row.
If X is a matrix, then fft(X) treats the columns of X as vectors and returns the Fourier transform of each column.
The core element is a matrix in which changes in both dimensions and along the value chain can be analyzed.
Stars(x) if x is a matrix or a data frame, draws a graph with segments or a star where each row.
Stars(x) if x is a matrix or a data frame, draws a graph with segments or a star where each row.
Is an matrix and is an matrix.
Here's a matrix example.
Let X be a matrix where X i, j{\displaystyle X_{i, j}} is the jth variable of observation i.
Let X be a matrix where X i, j{\displaystyle X_{i, j}} is the jth variable of sample i.