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updated 2 months ago

### Justin Spinner (view profile)

multiply extremely large numbers

multiplyLargeNumbers( intAstr,intBstr )

updated 1 year ago

### Darin Koblick (view profile)

Take Any N-D Matrix and Multiply it by another N-D Matrix Without a For-Loop

eDim(fND,fSeq)

fDim(ND,dim)

mntimes(x,y,xrowdim,xcoldim,yrowdim,ycoldim)

updated 2 years ago

### Tirtharaj (view profile)

A sample MATLAB code for multiplication of 2D-Matrix.

MatrixMul.m

updated 2 years ago

### Sandor Toth (view profile)

The simple function performs fast matrix multiplication within multidimensional arrays.

mmat(A,B,dim)

updated 2 years ago

### shehbaz Ali (view profile)

C(n,r)

P(n,r)

calculator(varargin)

updated almost 5 years ago

### Petter (view profile)

Enables int64 Addition, subtraction, multiplication, division and modulus.

example_int64

abs(a)

abs(a)

updated 5 years ago

### Bruno Luong (view profile)

Return matrix chain product P = M1*M2* ... *Mn

mmtimes(varargin)

updated 5 years ago

### Paolo de Leva (view profile)

Multiplying matrices, vectors, or scalars contained in two N-D arrays, with array expansion enabled.

multiprod13.m

multiprod.m

testMULTIPROD.m

updated 5 years ago

### Roby (view profile)

Memory-efficient multiplication of very large, sparse matrixes.

sparseMatrixMultiplication

updated 6 years ago

### Fabian Schneiter (view profile)

Calculates the n-mode product between a tensor and a matrix.

nmodeproduct(A,M,n)

updated 6 years ago

### Paolo de Leva (view profile)

element-by-element binary operations (e.g. plus, times, eq, gt) with array expansion (AX) enabled.

baxfun.m

testBAXFUN.m

updated 6 years ago

### Douglas Schwarz (view profile)

Substitute for bsxfun for older versions of MATLAB in which it is not built-in.

bsxfun(op,x,y)

make_bsx_mex

updated almost 10 years ago

### Christian Walder (view profile)

Allows you to specify the maximum number of nonzeros before multiplying sparse matrices.

updated 11 years ago

### Luigi Rosa (view profile)

A fast 1D and 2D convolution.

conv2fft(z1,z2,shape,shape2)

convfft(z1,z2)