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Temporal Stability of Spatially Measured Soil Water Probability Density Function
, 1985Soil water data collected from three different fields are analyzed by two techniques (temporal analysis of the differences between individual and spatial average values; and Spearman's rank correlation) to search if time-invariant characteristic ...
G. Vachaud +3 more
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Probability density function fit
Il Nuovo Cimento B, 1993A statistical method to test the level of agreement between random-variable measurements and a given theoretical probability density function is described.
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On system failure probability density function
Reliability Engineering & System Safety, 2007Abstract The assessment of the system unreliability is usually accomplished through well-known tools such as block diagram, fault tree, Monte Carlo and others. These methods imply the knowledge of the failure probability density function of each component “k” (pdf p k ).
Campioni L., VESTRUCCI, PAOLO
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1995
For a long time, fluid mechanists have observed that the probability density of various quantities (scalar density, velocity differences, ...) in turbulent flows strongly differ from the gaussian shape one could naively expect, due to the random character o turbulence[1, 2].
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For a long time, fluid mechanists have observed that the probability density of various quantities (scalar density, velocity differences, ...) in turbulent flows strongly differ from the gaussian shape one could naively expect, due to the random character o turbulence[1, 2].
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Sinepower probability density function
Journal of Hydrology, 1976As interesting new probability density function has been formulated to fit random data bounded on both sides, and which has a single mode within its range of values. A numerical example illustrates its application.
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On the interpretation of the maternity function as a probability density
Theoretical Population Biology, 1971Abstract It is noted that the net and gross maternity functions (after division by the appropriate reproduction rates) are often treated as if they were probability densities, and their moments are handled accordingly. This notion is investigated in a probabilistic framework.
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Journal of Physical Chemistry A, 2011
This paper investigates global sensitivity analysis as applied to reaction mechanisms. It uses the HDMR (high-dimensional model representation) expansion and the features of the sensitivity indices to explore the probability density function (pdf) of ...
Michael J. Davis +2 more
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This paper investigates global sensitivity analysis as applied to reaction mechanisms. It uses the HDMR (high-dimensional model representation) expansion and the features of the sensitivity indices to explore the probability density function (pdf) of ...
Michael J. Davis +2 more
semanticscholar +1 more source
Appendix A: Probability Density Functions
2009This chapter contains sections titled: Relationship Between PDF and CDF PDFs Used in This Book Central Limit Theorem Generation of Standard Normal Random ...
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2019
Abstract This chapter builds on probability distributions. Its focus is on general concepts associated with probability density functions (pdf’s), which are distributions associated with continuous random variables. The continuous uniform and normal distributions are highlighted as examples of pdf’s.
Therese M. Donovan, Ruth M. Mickey
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Abstract This chapter builds on probability distributions. Its focus is on general concepts associated with probability density functions (pdf’s), which are distributions associated with continuous random variables. The continuous uniform and normal distributions are highlighted as examples of pdf’s.
Therese M. Donovan, Ruth M. Mickey
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The probability and energy density currents as density functionals
Journal of Physics A: Mathematical and General, 1986Starting with a polar decomposition of the wavefunction, it is shown that the probability and energy density currents are explicit functionals of the probability and energy densities. At a non-reduced level and for a (n1+n2)-particle system, the expression of these functionals is exactly calculated.
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