In many situations one is interested in identifying observations that come from sources of variation other than the normal background or baseline source. A simple model for such situations is a two point mixture model where one component in the mixture corresponds to the baseline model and the second to the other sources (the contamination component). Here the goal is two-fold: (i) detect the overall presence of Contamination and (ii) identify observations t...
A framework using maximum likelihood estimation (MLE) is used to fit a probability distribution to a...
This paper intend to find the proper hypothesis and test statistic for testing existence of bilatera...
In data analysis, contamination caused by outliers is inevitable, and robust statistical methods are...
In many situations one is interested in identifying observations that come from sources of variation...
© 2018, Allerton Press, Inc. An observation of a cumulative distribution function F with finite vari...
In order to describe or generate so-called outliers in univariate statistical data, contamination mo...
The detection of sparse heterogeneous mixtures becomes important in settings where a small proportio...
The detection of sparse heterogeneous mixtures becomes important in settings where a small proportio...
We study the problem of performing statistical inference based on robust estimates when the distrib...
We study the problem of performing statistical inference based on robust esti-mates when the distrib...
We study the inference of the origin and the pattern of contamination in water distribution networks...
Asymptotic approaches are widely used in statistics. Generally, I recognize two applications of asym...
none4siCurrent sampling plans assume a random distribution of microorganisms in food. However, food-...
The fitting of statistical distributions to chemical and microbial contamination data is a common ap...
The fitting of statistical distributions to chemical and microbial contamination data is a common ap...
A framework using maximum likelihood estimation (MLE) is used to fit a probability distribution to a...
This paper intend to find the proper hypothesis and test statistic for testing existence of bilatera...
In data analysis, contamination caused by outliers is inevitable, and robust statistical methods are...
In many situations one is interested in identifying observations that come from sources of variation...
© 2018, Allerton Press, Inc. An observation of a cumulative distribution function F with finite vari...
In order to describe or generate so-called outliers in univariate statistical data, contamination mo...
The detection of sparse heterogeneous mixtures becomes important in settings where a small proportio...
The detection of sparse heterogeneous mixtures becomes important in settings where a small proportio...
We study the problem of performing statistical inference based on robust estimates when the distrib...
We study the problem of performing statistical inference based on robust esti-mates when the distrib...
We study the inference of the origin and the pattern of contamination in water distribution networks...
Asymptotic approaches are widely used in statistics. Generally, I recognize two applications of asym...
none4siCurrent sampling plans assume a random distribution of microorganisms in food. However, food-...
The fitting of statistical distributions to chemical and microbial contamination data is a common ap...
The fitting of statistical distributions to chemical and microbial contamination data is a common ap...
A framework using maximum likelihood estimation (MLE) is used to fit a probability distribution to a...
This paper intend to find the proper hypothesis and test statistic for testing existence of bilatera...
In data analysis, contamination caused by outliers is inevitable, and robust statistical methods are...