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Can't quite find this in the research I have done so far that surveys various vowel normalization methods...

Sir Cornflakes
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Aditya Nirvaan Ranganathan
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    Your question basically consists only of the title. Can you elaborate a bit more on what you'd like to know? This will make it easier to help you. – Natalie Clarius Jul 14 '17 at 10:21

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This answer by Richard Wright indicates that it does, assuming a "a fairly thorough and evenly distributed set of vowels", and similarly this summary says it performs well in reducing variation from physiological differences. By "account for", I assume you mean "effectively control for", since actual vocal tract length measurements cannot be part of the computation.

user6726
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