Toroidal Mode Computation in Real Time Using Field- Programmable Gate Arrays (FPGA)
Abstract
This report documents a project to create an FPGA-based hardware implementation
of a matrix-vector multiplication procedure specifically designed for a particular physics
experimentation system. This system requires that the matrix operation be performed in
real-time to find the amplitude and phase of the input signals. This report explains the
multiplication algorithm and how it is implemented in hardware. Also, it shows how the
design can be used with other models in other applications.