Comment Glass (Score 1) 81
Not "Google Glass" as is but . . . some future version of that, would seem to be the ideal.
HIGHLY directional microphone, lets you "look" at the speaker of interest to help #1 see facial expressions/body language, #2 discern that "voice" from among the background noise clutter, with interpreted output onto the display.
Something should be possible... if its done in "Wet" electronics (Brain-Body), with enough processing power and sensitivity, discernment should be somewhat possible in "Dry" electronics (IC's and discrete components.)
I keep thinking back to my early days in Ham Radio . . . as time passed and band conditions changed, signals faded and were occluded by background noise, but my human ears "locked on and tracked" the fading morse code. Such that, a passing observer, walking in fresh, might not "hear anything" in the din of noise . . . when I was just able to stay locked on and keep the conversation going a few minutes/seconds longer. How was I staying "locked on"?
Clearly, all I need to do is break out the CSI Miami DVD's and watch a few episodes, where they pull out a clear conversation from the background of a garbled audio conversation, and just repeat their procedure . . .
It'll take more than just directional audio input and decoding (recognition) software. (For those cases when you're trying to listen to ONE conversation in a room full of three or four going on) . . . "directionality" will help, but some pretty heavy duty "fast fourier transforms" (or something similar) might be needed to "track" the particular voices of interest. And laughter, non "voice" sounds like "gasps", tonal changes for surprise or interrogation . . . will make "tracking" problematic.
(Whether build by God, or 1.5 million years of evolution . . . the current design has a big head start.)
I know . . . all that's design postulation, and not the "I need it now" answer you were hoping for. Just thinking out loud.
Something should be possible... if its done in "Wet" electronics (Brain-Body), with enough processing power and sensitivity, discernment should be somewhat possible in "Dry" electronics (IC's and discrete components.)
I keep thinking back to my early days in Ham Radio . . . as time passed and band conditions changed, signals faded and were occluded by background noise, but my human ears "locked on and tracked" the fading morse code. Such that, a passing observer, walking in fresh, might not "hear anything" in the din of noise . . . when I was just able to stay locked on and keep the conversation going a few minutes/seconds longer. How was I staying "locked on"?
Clearly, all I need to do is break out the CSI Miami DVD's and watch a few episodes, where they pull out a clear conversation from the background of a garbled audio conversation, and just repeat their procedure . .
It'll take more than just directional audio input and decoding (recognition) software. (For those cases when you're trying to listen to ONE conversation in a room full of three or four going on) . . . "directionality" will help, but some pretty heavy duty "fast fourier transforms" (or something similar) might be needed to "track" the particular voices of interest. And laughter, non "voice" sounds like "gasps", tonal changes for surprise or interrogation . . . will make "tracking" problematic.
(Whether build by God, or 1.5 million years of evolution . . . the current design has a big head start.)
I know . . . all that's design postulation, and not the "I need it now" answer you were hoping for. Just thinking out loud.