-
cofactors of a
matrix are
found by
computing the
determinant of
certain submatrices. A prin****l
submatrix is a
square submatrix obtained by
removing certain...
- B} are
partitioned into
submatrices and if the
multiplication A B {\displaystyle AB} is
carried out
treating the
submatrices as if they are scalars, but...
- In mathematics, a
symmetric matrix M {\displaystyle \ M\ } with real
entries is positive-definite if the real
number x ⊤ M x {\displaystyle \ \mathbf...
- cube mesh, ****igning
every product of two
input submatrices to a
single processor. The
result submatrices are then
generated by
performing a
reduction over...
- In mathematics, a
balanced matrix is a 0-1
matrix (a
matrix where every entry is
either zero or one) that does not
contain any
square submatrix of odd...
- doi:10.1109/MCISE.2000.814652. Thompson, R. C. (June 1966). "Prin****l
submatrices of
normal and
Hermitian matrices".
Illinois Journal of Mathematics. 10...
- each
matrix into four sub-matrices to be multiplied,
multiplying the
submatrices in a depth-first fashion.[citation needed] In
tuning for a
specific machine...
- 251=2^{3}+3^{3}+6^{3}=1^{3}+5^{3}+5^{3}.}
Every 5 × 5
matrix has
exactly 251
square submatrices. Sloane, N. J. A. (ed.). "Sequence A005384 (Sophie
Germain primes p:...
- sum of minors,
which are the
determinants of some (n − 1) × (n − 1)-
submatrices of B. Specifically, for
every i, the
Laplace expansion along the ith...
- } We
recursively iterate this
division process until the
submatrices degenerate into
numbers (elements of the ring R {\displaystyle {\mathcal...
