FPGA-based implementation of high-speed active noise and vibration controllers

This manuscript describes the implementation of a general purpose multi-tonal disturbance compensator for active noise and vibration control problems on a high-speed computational architecture, based on a field programmable gate array (FPGA). The attenuation of the multi-tonal disturbance is addressed here using active control techniques for narrowband noise attenuation, namely designing an adaptive feedforward controller based on multiple notch filters. Simulation tests are reported to illustrate the potential benefits and achievable performance of the proposed architecture.

► Design of a general purpose multi-tonal disturbance compensator for active noise and vibration control.
► Use of a high-speed computational architecture, based on a field programmable gate array.
► The system employs active control techniques for narrowband noise attenuation.
► The resulting adaptive feedforward controller is based on multiple notch filters.