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20022011
most citedNeutral Theory and Relative Species Abundance in Ecology

867 citations

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7 papers · 1 filter

math.ST200823 cited

Objective Bayes testing of Poisson versus inflated Poisson models

M. J. Bayarri, James O. Berger, Gauri S. Datta

The Poisson distribution is often used as a standard model for count data. Quite often, however, such data sets are not well fit by a Poisson model because they have more zeros tha…

math.ST200818 cited

A Bayesian test for excess zeros in a zero-inflated power series distribution

Archan Bhattacharya, Bertrand S. Clarke, Gauri S. Datta

Power series distributions form a useful subclass of one-parameter discrete exponential families suitable for modeling count data. A zero-inflated power series distribution is a mi…

math.ST200721 cited

On surrogate dimension reduction for measurement error regression: An invariance law

Bing Li, Xiangrong Yin

We consider a general nonlinear regression problem where the predictors contain measurement error. It has been recently discovered that several well-known dimension reduction metho…

math.ST200723 cited

Nonparametric estimation of correlation functions in longitudinal and spatial data, with application to colon carcinogenesis experiments

Yehua Li, Naisyin Wang, Meeyoung Hong +3

In longitudinal and spatial studies, observations often demonstrate strong correlations that are stationary in time or distance lags, and the times or locations of these data being…

math.ST2006105 cited

Spline-backfitted kernel smoothing of nonlinear additive autoregression model

Li Wang, Lijian Yang

Application of nonparametric and semiparametric regression techniques to high-dimensional time series data has been hampered due to the lack of effective tools to address the ``cur…

math.ST200645 cited

Modeling On-Line Art Auction Dynamics Using Functional Data Analysis

Srinivas K. Reddy, Mayukh Dass

In this paper, we examine the price dynamics of on-line art auctions of modern Indian art using functional data analysis. The purpose here is not just to understand what determines…