- In
linear algebra,
orthogonalization is the
process of
finding a set of
orthogonal vectors that span a
particular subspace. Formally,
starting with a...
- {u} _{1},\mathbf {u} _{2}} . As
should be
clear now, the next step
orthogonalizes v 4 ( 2 ) , … , v n ( 2 ) {\displaystyle \mathbf {v} _{4}^{(2)},\dots...
- is Gram–Schmidt
orthogonalization of
columns of A,
started from the
first column. RQ
decomposition is Gram–Schmidt
orthogonalization of rows of A, started...
-
between HL and
memory was now possible,
using a
direct address. The Z80
orthogonalized this
further by
making all 16-bit
register pairs,
including IX and IY...
-
gradually lost its true orthogonality. A Gram–Schmidt
process could orthogonalize the columns, but it is not the most reliable, nor the most efficient...
- GSL also
offers an
alternative method that uses a one-sided
Jacobi orthogonalization in step 2 (GSL Team 2007). This
method computes the SVD of the bidiagonal...
-
Geosynchronous orbit, an
orbit around Earth of a
satellite Gram-Schmidt
orthogonalization, in
mathematics GSO projection, in
superstring theory General Staff...
-
triangular matrix (QR decomposition, a
consequence of Gram–Schmidt
orthogonalization). It is
named after Kenkichi Iwasawa, the ****anese
mathematician who...
- Min-max
theorem Normal vector Orthonormal basis Orthogonal complement Orthogonalization Parallelogram law
Normal matrix,
normal operator Orthogonal matrix...
-
biological systems Modified Gram-Schmidt, a
mathematical method for
orthogonalizing a set of vectors; see Gram–Schmidt
process § Numerical
stability Metal...
