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1.88 MB
Extraction Summary
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Document Information
Type:
Scientific manuscript / academic paper page
File Size:
1.88 MB
Summary
This document is page 210 of a scientific manuscript or paper, marked with a House Oversight Bates stamp (013710). The text discusses advanced statistical concepts, specifically finite variance, Hurst exponents, Levy exponents, and power laws in the context of signal processing or neuroscience (referencing bursting neurons). It contains citations to scientific literature ranging from 1988 to 1998.
People (4)
| Name | Role | Context |
|---|---|---|
| Adler | Researcher/Author |
Cited in text regarding interquartile measures (Adler et al, 1998)
|
| Fedor | Researcher/Author |
Cited in text (Fedor, 1988)
|
| Hughes | Researcher/Author |
Cited in text (Hughes, 1995)
|
| Shlesinger | Researcher/Author |
Cited in text (Shlesinger, 1996)
|
Key Quotes (2)
"A Hurst exponent of > 0.5 in the data is associated with a Levy exponent of < 2.0, and both would be indicative of a process in which the characteristic style of change, rather than decay with some finite correlation length, would persist across all time."Source
HOUSE_OVERSIGHT_013710.jpg
Quote #1
"Naming this spectral power law exponent β, the system’s characteristic scaling law is usually expressed as 1/f^β"Source
HOUSE_OVERSIGHT_013710.jpg
Quote #2
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