A method and system for remotely inspecting the integrity of a structure. This
can be performed by a method creating a vibratory response in the structure from
a remote location and then measuring the vibratory response of the structure remotely.
Alternatively, this can be performed by a system for remotely measuring the integrity
of a structure using a vehicle and an artificial neural network, where the vehicle
is equipped with a vibratory response device. The vibratory response can be produced
by infrasonic and audio frequencies that can be produced by at least a vehicle,
motor, or sound recording. The vibratory response can be measured with a laser
vibrometer or an audio recording device.
