Systems and methods of driving plate loudspeakers with different parameters based on
frequency region in a way similar to typical cone driver crossover networks are described.
These systems and methods may be implemented using arrays of independently controlled
drivers which allow a designer to emphasize or de-emphasize certain modes in certain
frequency bands. Tuning the characteristics of the plate's motion can also affect the
acoustical properties in a larger space rather than just at a single location. The systems and …

Abstract Systems and methods of driving plate loudspeakers with different parameters
based on frequency region in a way similar to typical cone driver crossover networks are
described. These systems and methods may be implemented using arrays of independently
controlled drivers which allow a designer to emphasize or de-emphasize certain modes in
certain frequency bands. Tuning the characteristics of the plate's motion can also affect the
acoustical properties in a larger space rather than just at a single location. The systems and …