Toeplitz matrix


T = toeplitz(c,r)
T = toeplitz(r)


A Toeplitz matrix is defined by one row and one column. A symmetric Toeplitz matrix is defined by just one row. toeplitz generates Toeplitz matrices given just the row or row and column description.

T = toeplitz(c,r) returns a nonsymmetric Toeplitz matrix T having c as its first column and r as its first row. If the first elements of c and r are different, a message is printed and the column element is used.

For a real vector r, T = toeplitz(r) returns the symmetric Toeplitz matrix formed from vector r, where r defines the first row of the matrix. For a complex vector r with a real first element, T = toeplitz(r) returns the Hermitian Toeplitz matrix formed from r, where r defines the first row of the matrix and r' defines the first column. When the first element of r is not real, the resulting matrix is Hermitian off the main diagonal, i.e., Tij=conj(Tji) for ij.


A Toeplitz matrix with diagonal disagreement is

c = [1  2  3  4  5];
r = [1.5  2.5  3.5  4.5  5.5];
Column wins diagonal conflict:
ans =
    1.000    2.500    3.500    4.500    5.500
    2.000    1.000    2.500    3.500    4.500
    3.000    2.000    1.000    2.500    3.500
    4.000    3.000    2.000    1.000    2.500
    5.000    4.000    3.000    2.000    1.000

See Also


Introduced before R2006a

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