Boundary reinforcement in the bass region is typically stronger and sets in earlier (at a higher frequency) in small rooms. In my opinion we'd want the speaker's output in the bass region to be approximately the inverse of this room gain.
Several authors have placed "typical" room gain in the ballpark of 3 dB per octave below 100 Hz or so. This of course varies from room to room, and with speaker and listener positioning within a given room, and also with whether or not the doors into the room are open or closed.
All of that being said, a low-Q sealed box system (rolloff of approximately 6 dB per octave) would probably be a good starting point for a small, bass-heaviness-prone room. This wouldn't solve all the problems inherent in trying to get natural-sounding bass in a small room, but I think it would be a good start.
Duke
dealer/manufacturer
Several authors have placed "typical" room gain in the ballpark of 3 dB per octave below 100 Hz or so. This of course varies from room to room, and with speaker and listener positioning within a given room, and also with whether or not the doors into the room are open or closed.
All of that being said, a low-Q sealed box system (rolloff of approximately 6 dB per octave) would probably be a good starting point for a small, bass-heaviness-prone room. This wouldn't solve all the problems inherent in trying to get natural-sounding bass in a small room, but I think it would be a good start.
Duke
dealer/manufacturer