You bring up so many low-quality arguments that I don’t bother to respond to most of them.
LOL! "Low-quality arguments"?! You mean like when you made the comical claim that the HSCA acoustical experts found N-waves "scattered throughout" the dictabelt tape? You mean like when you made erroneous claims about what was and was not done in the preliminary analysis because you clearly did not know the basic timeline of the HSCA acoustical analysis, did not know what was done in the preliminary analysis vs. what was done later? You mean like when you gave the wrong time that the HSCA acoustical experts gave for when the first shot occurred (because you were relying on Bowles' bogus transcript)? You mean like when you spent weeks making the false claim that the 4-second impulse pattern was rejected only because it was too short, when in fact it was rejected because it failed two--not just one--of the initial screening tests and showed no N-wave or muzzle-blast patterns? You mean like when you somehow, someway mistook Barger's testimony for the BBN report? You mean like when you initially pretended that windshield distortion is not a known phenomenon in acoustical science? And on and on I could go.
You have proved yourself to be a total joke on the acoustical evidence. But, every time you are caught in an egregious gaffe, you brush it off and post more endlessly long replies based on your misreading and/or mischaracterization of the HSCA materials. You never quote any scholars. You run to pro-WC propaganda sites and often copy and paste their bogus arguments but present them as your own.
My "low-quality arguments" are based on the research done by the only six acoustical experts to ever analyze the dictabelt tape (Barger, Robinson, Schmidt, Wolf, Weiss, Aschkenasy), by an internationally recognized expert in shock physics (Chambers), by a scholar with a PhD in mathematics from MIT (Scheim), by a research scientist whose work on the acoustical evidence has been published in a peer-reviewed criminal science journal (Thomas), by a scientist with a degree in mathematics and another degree in applied mathematics (Charnin), by a physicist who's authored books on physics and astronomy (Stahl), among other scholars. And I have quoted from most of these scientists' analyses.
Well, I could deal with this windshield-distortion issue the same way Dr. Barger deals with these sorts of problems. The windshield-distortion correlations should be considered “false alarms”, that is “false positives”, so I don’t have to account for them.
This is too ignorant, too comical to waste time answering. But, I will duly add this claim to your ever-growing list of howlers.
The fact that the BBN found correlations, for 3 of the 5 shots, for both the TSBD and the Grassy Knoll, outweigh any consideration of windshield-distortion. What is windshield-distortion compared to misestimating the position of the shooter, with some of the correlations by over 200 feet.
This is more raw, comical ignorance. 200 feet?! This goofiness is based on your continued misreading of the HSCA materials. You realize that nearly instantaneous echoes caused some of the individual matches but that these were recognized as false positives by time-distance analysis of the motorcycle's movements, right? You realize that any rational doubt about the grassy-knoll-shot matches was removed by the WA sonar analysis, right?
But now, on to handling the windshield-distortion issue. You claim that windshield-distortion did occur with the first three shots from the TSBD (I assume 137.70, 139.27 and 140.32) but did not occur with the Grassy Knoll shot at 145.15. Now, the question I have, is:
Who determined this?
I don’t recall reading where Dr. Barger or any report from BBN discussed this windshield-distortion in their reports to the HSCA.
And it couldn’t have been Weiss and Aschkenasy because, as I understand it, they only looked at the grassy knoll shot of 145.15. They did not look at the earlier shots at all, because of a lack of time. So, they might have said there was no windshield-distortion for the grassy knoll shot, but they couldn’t have had an opinion on the 3 earlier shots.
So, I would guess it would be our Insect expert, Dr. Thomas, who determined, from his analysis, that the first three shots had no windshield-distortion, but the grassy knoll shot did.
Question:
Is this right? The determination of the first 3 shots had windshield-distortion, but the grassy knoll shot did not, was not made by Dr. Barger. Was not made by BBN. Was not made by Weiss and Aschkenasy, but was instead made by Dr. Thomas?
It appears to me, that the source of this “No Windshield-Distortion” for the grassy knoll shot is: Jason A. Perdue
In his book:
People in High Places – An Investigation of the Assassination of President John F. Kennedy
So "it couldn’t have been Weiss and Aschkenasy," hey? Weiss and Aschkenasy could not have discussed the windshield-distortion evidence, hey? This gaffe proves you still have not bothered to read their testimony. Dr. Weiss talked about windshield distortion extensively in his testimony. He explained how windshield distortion accounted for some of the patterns seen in the graphical representation (oscillogram/spectrogram) of the dictabelt gunshot impulse patterns:
The second thing is, if you look at these patterns in somewhat more expanded detail than perhaps is visible here, you will see in the case of the muzzle blast there is a very sharp, short, initial, positive, upward going spike or peak, then it goes strongly down, and then it comes up again, and so on.
Now, in fact, as recorded through a high-fidelity system and an open microphone, it really does this, it is very sharply upward first, then it goes down and so on.
Well, something must have happened to this upward, strong one to make it seem much smaller. It now is just a little bitty one over here. It goes down, and now it comes up afterwards, and does that sort of thing. And we considered why that is so, and thought that it is probable that if this is a microphone on the motorcycle, and the motorcycle, in fact, is over here in Dealey Plaza, facing in this direction, and if there is a rifle over here, that the windshield of the motorcycle is sort of between the sound that comes directly at it from the muzzle blast and the microphone, so the windshield is screening the microphone to some degree.
Well, the effect of that can be predicted. But to confirm our understanding of this, we arranged with the New York City Police Department to perform some experiments at their shooting range in the Bronx. We went out there, and they trotted out an old Harley-Davidson motorcycle and put a transmitter on it, vintage 1963 or 1964, and an old microphone pretty much the same kind as was used by the Dallas Police Department, and we performed some experiments with people firing rifles at various locations, sometimes with the motorcycle facing the shooter, sometimes with the motorcycle crosswise to the shooter. At the same time we made recordings using high fidelity equipment of the sounds of the shots.
Now there were two kinds of recordings made. The first, as I say, was high fidelity equipment, good microphone, good recorder on the spot. The second was through the microphone which was on the motorbike, which was a microphone of the type used in Dallas, through the transmitter, and recorded downtown at the police communications laboratory. And we compared the results of these two recordings, and what we found was exactly what we had thought we would find, that is, that in the case of the high fidelity recording, we got that kind of big, first spike upward and downward, and so on. In the case of the recording made through the police microphone, that first spike was greatly attenuated [weakened] and it went negative and came back up and so on. This was true, however, only in the case where the motorcycle was facing the rifle.
When the motorcycle was crosswise to the rifle, the recording made by the police microphone fairly closely matched, looks, looked pretty much like, with some distortions, but looked pretty much like the recording made using the high fidelity equipment. So it was essentially confirmed that the windshield really does have this effect on reducing the strength of that initial, very sharp spike received, and, of course, this is what we have over here. It is consistent with the assumption that this is a microphone behind the windshield facing a rifle. (5 HSCA 581-582)