In MATLAB, the cell array (cell) is converted to a matrix

In MATLAB, the cell array (cell) is converted to a matrix,

The cell is converted to a matrix function: Cell2mat (c), where C is the cell array to be converted;

Since the transformed matrix may not meet our requirements for matrix dimensions, the following two functions may be required:

--reshape (a,m,n,p,...), transform matrix A to m*n*p* ... The Matrix;

--permute (a,[1,3,2]), the 3rd and 2nd dimensions of matrix A are exchanged to meet the order requirements;

Here's an example I've used myself:

H--<k*1>cell, where each element is a four-dimensional matrix of u*s*n*t (H is the Winnerii channel matrix)

U: Number of receiving antennas S: Number of transmitting antennas N: Multipath number T: Sample points per link K: Link

In order to transform H into a five-D matrix of u*s*n*t*k, the following transformations are performed:

(1) H1=cell2mat (H);% converted to matrix, as shown, then H1 as (u*k) *s*n*t four-dimensional matrix

(2) H2=reshape (h2,u,k,s,n,t);% change the shape of the matrix H1

(3) h3=permute* (h2,[1,3,4,5,2];% The matrix that changes the matrix to U*s*n*t*k

In MATLAB, the cell array (cell) is converted to a matrix