Linear Algebra is a core body of mathematics studying vector spaces and linear mappings between these spaces.
I'm running an optimization algorithm that requires calculation of the inverse of a matrix. The goal of the algorithm is …
matlab linear-algebra matrix-inverse numerical-stabilityI've been hunting for a convenient way to sample from a multivariate normal distribution. Does anyone know of a readily …
c++ statistics linear-algebra gaussian normal-distributionFor a research paper, I have been assigned to research the fastest algorithm for computing the determinant of a matrix. …
algorithm matrix complexity-theory linear-algebra determinantsI do not quite understand why numpy.linalg.solve() gives the more precise answer, whereas numpy.linalg.inv() breaks down …
python arrays numpy matrix linear-algebraIn MATLAB, when I run the command [V,D] = eig(a) for a symmetric matrix, the largest eigenvalue (and its …
matlab linear-algebra eigenvector eigenvalueIs there a method that I can call to create a random orthonormal matrix in python? Possibly using numpy? Or …
python numpy linear-algebra orthogonalI need to solve a system of linear equations in my program. Is there a simple linear algebra library for …
c++ linear-algebraI'd like to find a least-squares solution for the a coefficients in z = (a0 + a1*x + a2*y + a3*x**2 + …
python math numpy linear-algebra polynomial-mathI'm having a bit of trouble understanding how axis-angle rotation vectors are used when rotating a vector in 3D space. …
matlab matrix linear-algebra rotational-matricesTL;DR how to link ATLAS/MKL to existing Numpy without rebuilding. I have used Numpy to calculate with the …
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