This notebook series presents two useful linear algebra operations by NumPy. Notebook 1: Multiplication between N-dimensional Arrays We describe the techniques for multiplying N-dimensional arrays ...

There are many problems in scientific and engineering computing where you want to multiply arrays of numbers together and add up all the multiplies to produce a single sum (Fourier transformation, ...

When earlier we considered the multiplication and addition of simple (scalar) variables, we used normal mathematical operators. However, for calculations with matrix variables we will see that there ...

An array is made when items are arranged in rows and columns. This array has 12 counters. Every row in an array is the same length and every column in an array is the same length. This array has 4 ...

Abstract: We propose a high-density vertical AND-type (V-AND) flash thin-film transistor (TFT) array enabling accurate vector-matrix multiplication (VMM) operations. Compared to the planar AND-type (P ...

Abstract: We present a new architecture for signed multiplication which maintains the pure form of an array multiplier, exhibiting a much lower overhead than the Booth architecture. This architecture ...