Some experts estimate there are more ways to solve matrix multiplication than the number of atoms in the universe. Back in 1969, Volker Strassen, a German mathematician, showed there are ways to cut ...

Only the multiplication is complicated to analyze; adding and subtracting is straightforwardly just O (n^2). So all that really matters is counting up the number of multiplications you need.

Matrix multiplication is generally performed using the simple n 3 method or using Strassen’s algorithm, which is more complex but also more efficient for large matrices, but theorists have tried ...

A 4x4 matrix, 64 multiplications and 48 additions. Etc.. Strassen's algorithm, and these improvements on it, allow fewer multiplications at the expense of more additions.

The multiplication of two rectangular number arrays, known as matrix multiplication, plays a crucial role in modern AI models, including speech and image recognition, and is used by chatbots from all ...