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Extraction Summary

5
People
1
Organizations
0
Locations
0
Events
4
Relationships
3
Quotes

Document Information

Type: Scientific paper / technical report page
File Size: 1.96 MB
Summary

This document appears to be page 209 of a scientific paper or technical report included in a House Oversight Committee file (Bates stamp HOUSE_OVERSIGHT_013709). The text discusses statistical analysis methods for biological signals, specifically focusing on Hurst exponents, Fano factors, Allen factors, and Levy exponents in the context of neuron discharges, heartbeats, and DNA sequences. While extracted from a larger cache likely related to an investigation, this specific page contains purely academic references and mathematical theory regarding stochastic analysis and probability distributions.

People (5)

Name Role Context
Teich Researcher/Author
Cited in text (Teich et al, 1996) regarding visual cortical neurons.
Peng Researcher/Author
Cited in text (Peng et al, 1993; Peng et al, 1995) regarding stochastic analysis.
Hausdorff Researcher/Author
Cited in text (Hausdorff et al, 1995) regarding stochastic analysis.
Shlesinger Researcher/Author
Cited in text (Shlesinger, 1988; Shlesinger et al, 1995) regarding Levy exponents.
Mantegna Researcher/Author
Cited in text (Mantegna, 1991) regarding distribution tails.

Organizations (1)

Name Type Context
House Oversight Committee
Inferred from Bates stamp 'HOUSE_OVERSIGHT_013709'

Relationships (4)

Teich Academic/Research Unspecified Co-authors
Citation 'Teich et al'
Peng Academic/Research Unspecified Co-authors
Citation 'Peng et al'
Hausdorff Academic/Research Unspecified Co-authors
Citation 'Hausdorff et al'
Shlesinger Academic/Research Unspecified Co-authors
Citation 'Shlesinger et al'

Key Quotes (3)

"An independent random system has a Hurst of 0.5."
Source
HOUSE_OVERSIGHT_013709.jpg
Quote #1
"If a sequential increase or decrease in an amplitude or inter-event time tends to be followed by a change in the same direction, the Hurst > 0.5."
Source
HOUSE_OVERSIGHT_013709.jpg
Quote #2
"There is a relatively long history of the use of spike-number variance-to mean ratio in studies of response variability in visual cortical neurons"
Source
HOUSE_OVERSIGHT_013709.jpg
Quote #3

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