Wow. eugene, just read your paper presented in cairn 2007! very natural beamforming!!!
Wondering if Do human ears work that way? what if u blindfold subject. does he/she listen better "facing" sound source or with ears near parallel to it???
COOL STUFF. I will try the above human expermint on myself next.
Very cool. It makes sense that you could do this with a microphone array, but I am suprised at how clean the isolation sounds. Seems like it could come in quite usefull combined with speech-to-text processing, among other things.
Wow. eugene, just read your paper presented in cairn 2007! very natural beamforming!!!
Wondering if Do human ears work that way? what if u blindfold subject. does he/she listen better "facing" sound source or with ears near parallel to it???
COOL STUFF. I will try the above human expermint on myself next.
kalm77 2 years ago
absolutely A M A Z I N G!
Some questions if u please:
1) are they ordinary microphones?
2) why all the ribbon cable behind each mic?
3) how many mic's were used in this array?
4) how many DSP chips?
5) did each speaker stand in a predefined location?
WOW. Better than human ears!! hearing aid some day!
kalm77 2 years ago
Very cool. It makes sense that you could do this with a microphone array, but I am suprised at how clean the isolation sounds. Seems like it could come in quite usefull combined with speech-to-text processing, among other things.
bEEarCUB 2 years ago