A system for receiving audio information and automatically generating a plurality of low-frequency output signals derived from and differing from the received audio information, the system comprising: a seat having a plurality of motion-generating assemblies (12, 14) incorporated therein at different locations of the seat; and a signal processor module communicatively connected to the motion-generating assemblies (12, 14), the signal processor module being configured to: receive audio information containing a first range of frequencies; analyze a second range of frequencies of the audio information to determine one or more aspects of the audio information within the second range of frequencies, the second range of frequencies being a portion of the first range of frequencies smaller than the first range of frequencies; analyze a third range of frequencies of the audio information to determine one or more aspects of the audio information within the third range of frequencies, the third range of frequencies being a portion of the first range of frequencies smaller than the first range of frequencies and differing from the second range of frequencies; utilize the one or more aspects of the audio information within the second range of frequencies to generate a low-frequency first output signal that differs from the audio information; and utilize the one or more aspects of the audio information within the third range of frequencies to generate a low-frequency second output signal that differs from the first output signal and from the audio information. a seat having a plurality of motion-generating assemblies (12, 14) incorporated therein at different locations of the seat; and a signal processor module communicatively connected to the motion-generating assemblies (12, 14), the signal processor module being configured to: receive audio information containing a first range of frequencies; analyze a second range of frequencies of the audio information to determine one or more aspects of the audio information within the second range of frequencies, the second range of frequencies being a portion of the first range of frequencies smaller than the first range of frequencies; analyze a third range of frequencies of the audio information to determine one or more aspects of the audio information within the third range of frequencies, the third range of frequencies being a portion of the first range of frequencies smaller than the first range of frequencies and differing from the second range of frequencies; utilize the one or more aspects of the audio information within the second range of frequencies to generate a low-frequency first output signal that differs from the audio information; and utilize the one or more aspects of the audio information within the third range of frequencies to generate a low-frequency second output signal that differs from the first output signal and from the audio information. receive audio information containing a first range of frequencies; analyze a second range of frequencies of the audio information to determine one or more aspects of the audio information within the second range of frequencies, the second range of frequencies being a portion of the first range of frequencies smaller than the first range of frequencies; analyze a third range of frequencies of the audio information to determine one or more aspects of the audio information within the third range of frequencies, the third range of frequencies being a portion of the first range of frequencies smaller than the first range of frequencies and differing from the second range of frequencies; utilize the one or more aspects of the audio information within the second range of frequencies to generate a low-frequency first output signal that differs from the audio information; and utilize the one or more aspects of the audio information within the third range of frequencies to generate a low-frequency second output signal that differs from the first output signal and from the audio information.