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Obtaining moment estimators using the empirical distribution function
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Behzad Mansouri *   , Rahim Chinipardaz , Sami Atiyah Sayyid Al-Farttosi , Habiballah Habiballah |
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Abstract: (1838 Views) |
The empirical distribution function is used as an estimate of the cumulative probability distribution function
of a random variable. The empirical distribution function has a fundamental role in many statistical inferences, which are
little known in some cases. In this article, the empirical probability function is introduced as a derivative of the empirical
distribution function, and it is shown that moment estimators such as sample mean, sample median, sample variance, and
sample correlation coefficient result from replacing the random variable density function with the empirical probability
function in the theoretical definitions. In addition, the kernel probability density function estimator is used to estimate the
population parameters and a new method for bandwidth estimation in the kernel density estimation is introduced.
Keywords: Empirical distribution function, moment estimate, kernel estimator, bandwidth. |
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| Keywords: Empirical distribution function, moment estimate, kernel estimator, bandwidth. |
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Full-Text [PDF 557 kb]
(1434 Downloads)
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Type of Study: Research |
Subject:
Special
Received: 2022/07/30 | Accepted: 2023/03/1 | Published: 2023/03/10
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