drarthurwells
Headphoneus Supremus
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- Jul 1, 2005
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Originally Posted by drarthurwells:
How many are saying that real music can't possibly be segmented into 888,200 disctrete segments a second given the technology? A continuous event can be segmented over a span of time of one second into millions of fractions of second - done all the time in physics labs. If continuous music can be segmented into over 888,200 samples per second, as it can, then a digital sample of 44,100 times per second is 5 percent or less of the whole music.
I hear a bunch of people saying I am lying or otherwise misreporting what Hirsch said about the 5 percent sampling, without one shred of evidence to say this - just emotion.
That is incredible - that some of you have opnions about the nature of material events based on your imagination or emotion, and not on material reality.
Or that you use a totally inadequate and inconclusive search of the Hirsch article to assert that the article does not exist.
Quote:
Art: At last - a pertinent and intelligent comment to my report of an assertion by Hirsch of digtal 5 percent sampling of the whole analog feed from the microphone in recording.
Your figure of 28 percent sampling is interesting.
Consider a second of continuous music. Now break this down into segments or time intervals where digtal could sample completely with the right technology.
Now when digital conversion takes one of these segments, it necessarily has to ingnore adjacent segments, before and after, while it is processing the sample taken. These are dead or ignored samples of the analog which digital can't convert.
Hirsch says (as I reported from memory) that the one second of continuous music can be time segmented to equal 20 times the 44,100 per second sampling per second of digtal conversion, or 888,200 segments per second, and that 19 of these segments are ignored in the analog to digital conversion processing of a live microphone analog pick up.
You say the digital sample from analog is 28 percent. Is this because the one second of live misic can not be segmented into 888,200 segments since that is too many, or is this because there are less than 19 out of 20 dead or ignored time-intreval segments than I stated above ?
I think we all agree that analog to digital conversion involves taking discrete samples from a continuous feed that represent only a part of the whole analog feed.
Leave aside the question as to whether computational reconstructing the whole from a part yields the same conclusion as the original whole itself.
Can anyone offer any data regarding how many time intervals music (as picked up by a microphone) can be segmented - 888,200 segments or otherwise?
Can anyone offer any data regarding how many time sements of analog are ignored relative to samples taken in analog to digital conversion?
Hirsch offered no rationale' for his saying 5 percent of the anaolg feed is sampled at a rate of 444,100 times per second in anlog to digital conversion (and used then to reconstruct the anaolg whole). He just said and said this sample was enough to make most people unable to detect any difference.
How many are saying that real music can't possibly be segmented into 888,200 disctrete segments a second given the technology? A continuous event can be segmented over a span of time of one second into millions of fractions of second - done all the time in physics labs. If continuous music can be segmented into over 888,200 samples per second, as it can, then a digital sample of 44,100 times per second is 5 percent or less of the whole music.
I hear a bunch of people saying I am lying or otherwise misreporting what Hirsch said about the 5 percent sampling, without one shred of evidence to say this - just emotion.
That is incredible - that some of you have opnions about the nature of material events based on your imagination or emotion, and not on material reality.
Or that you use a totally inadequate and inconclusive search of the Hirsch article to assert that the article does not exist.
Quote:
Originally Posted by Born2bwire /img/forum/go_quote.gif I think you're wrong. Continuous music can be segmented into 158,341 samples per second and thus a digital sample of 44,100 times per second is 28% or less of the whole music. |
Art: At last - a pertinent and intelligent comment to my report of an assertion by Hirsch of digtal 5 percent sampling of the whole analog feed from the microphone in recording.
Your figure of 28 percent sampling is interesting.
Consider a second of continuous music. Now break this down into segments or time intervals where digtal could sample completely with the right technology.
Now when digital conversion takes one of these segments, it necessarily has to ingnore adjacent segments, before and after, while it is processing the sample taken. These are dead or ignored samples of the analog which digital can't convert.
Hirsch says (as I reported from memory) that the one second of continuous music can be time segmented to equal 20 times the 44,100 per second sampling per second of digtal conversion, or 888,200 segments per second, and that 19 of these segments are ignored in the analog to digital conversion processing of a live microphone analog pick up.
You say the digital sample from analog is 28 percent. Is this because the one second of live misic can not be segmented into 888,200 segments since that is too many, or is this because there are less than 19 out of 20 dead or ignored time-intreval segments than I stated above ?
I think we all agree that analog to digital conversion involves taking discrete samples from a continuous feed that represent only a part of the whole analog feed.
Leave aside the question as to whether computational reconstructing the whole from a part yields the same conclusion as the original whole itself.
Can anyone offer any data regarding how many time intervals music (as picked up by a microphone) can be segmented - 888,200 segments or otherwise?
Can anyone offer any data regarding how many time sements of analog are ignored relative to samples taken in analog to digital conversion?
Hirsch offered no rationale' for his saying 5 percent of the anaolg feed is sampled at a rate of 444,100 times per second in anlog to digital conversion (and used then to reconstruct the anaolg whole). He just said and said this sample was enough to make most people unable to detect any difference.