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My Research in Statistics

Re-defining Error within the Random Identity Paradigm (RIP; Pre-Print)

Abstract of a new paper, submitted for publication, that addresses implications to error definition of the new Random Identity Paradigm. The latter delivers a new approach to modeling random variation.

I have just submitted a new paper to be considered for publication (after review).

The new paper continues an earlier popular paper:

Why the Mode Departs from the Mean (Published, Open Access)

Here is an Abstract of the new submission.

Abstract

In a recent short communication (Shore, 2024a), we have introduced a new paradigm for sources of random variation. It helps explain why the mode occasionally departs from the mean. In essence, the new paradigm states that for any perceived random variation there are at most two sources of variation —identity instability and error. When identity is stable (there is only error variation), the allied statistical distribution is symmetric (mode equals the mean). When identity is completely random (there is only identity variation, error undefinable), mode either does not exist or resides at either end-points of the distribution support. The purpose of this communication is to explore how error is re-defined, consistent with the new paradigm. A general model for random variation is developed, comprising two additive independent random variables, averaged by a repetitiveness measure. Model’s implications are probed.

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