A Probability Distribution and its Uses in Fitting Data
John S. Ramberg, Edward J. Dudewicz, Pandu R. Tadikamalla, Edward F. Mykytka
Abstract
John S. Ramberg, Edward J. Dudewicz, Pandu R. Tadikamalla, Edward F. Mykytka
Abstract
A four-parameter probability distribution, which includes a wide variety of curve shapes, is presented. Because of the flexibility, generality, and simplicity of the distribution, it is useful in the representation of data when the underlying model is unknown. A table based on the first four moments, which simplifies parameter estimation, is given. Further important applications of the distribution include the modeling and subsequent generation of random variates for simulation studies and Monte Carlo sampling studies of the robustness of statistical procedures.
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A four-parameter probability distribution, which includes a wide variety of curve shapes, is presented. Because of the flexibility, generality, and simplicity of the distribution, it is useful in the representation of data when the underlying model is unknown. A table based on the first four moments, which simplifies parameter estimation, is given. Further important applications of the distribution include the modeling and subsequent generation of random variates for simulation studies and Monte Carlo sampling studies of the robustness of statistical procedures.
Key concepts: Monte Carlo method, Computer science, Distribution fitting, Probability distribution, Robustness (evolution), Sampling distribution, Generality, Algorithm