The majority of all commonly used machine learning methods can not be applied directly to data sets with missing values. However, most such meth-ods only depend on the relative differences between samples instead of their particular values, and thus one useful approach is to directly estimate the pairwise distances between all samples in the data set. This is accomplished by fitting a Gaussian mixture model to the data, and using it to derive estimates for the distances. Experimental simulations confirm that the pro-posed method provides accurate estimates compared to alternative methods for estimating distances
We present a new class of models for the detection function in distance sampling surveys of wildlife...
Recently the academic communities have paid more attention to the queries and mining on uncertain da...
Abstract. The covariance matrix is a key component of many multivariate robust procedures, whether o...
International audienceThe majority of all commonly used machine learning methods can not be applied ...
The possibility of missing or incomplete data is often ignored when describing statistical or machin...
There are efficient software programs for extracting from image sequences certain mixtures of distri...
Abstract—In data-mining applications, we are frequently faced with a large fraction of missing entri...
Abstract. In this paper we propose a new distance metric for probability den-sity functions (PDF). T...
Aimed at the problem of instability and deviation of multiple training model in limited samples, thi...
International audienceBackground Bioinformatics investigators often gain insights by combining infor...
Mixtures of Gaussian (or normal) distributions arise in a variety of application areas. Many heurist...
The finite mixture model is widely used in various statistical learning problems. However, the model...
Machine learning is a rapidly advancing field. While increasingly sophisticated statistical methods ...
<div><p>We present a new class of models for the detection function in distance sampling surveys of ...
Mixture distributions arise in many parametric and non-parametric settings—for example, in Gaussian ...
We present a new class of models for the detection function in distance sampling surveys of wildlife...
Recently the academic communities have paid more attention to the queries and mining on uncertain da...
Abstract. The covariance matrix is a key component of many multivariate robust procedures, whether o...
International audienceThe majority of all commonly used machine learning methods can not be applied ...
The possibility of missing or incomplete data is often ignored when describing statistical or machin...
There are efficient software programs for extracting from image sequences certain mixtures of distri...
Abstract—In data-mining applications, we are frequently faced with a large fraction of missing entri...
Abstract. In this paper we propose a new distance metric for probability den-sity functions (PDF). T...
Aimed at the problem of instability and deviation of multiple training model in limited samples, thi...
International audienceBackground Bioinformatics investigators often gain insights by combining infor...
Mixtures of Gaussian (or normal) distributions arise in a variety of application areas. Many heurist...
The finite mixture model is widely used in various statistical learning problems. However, the model...
Machine learning is a rapidly advancing field. While increasingly sophisticated statistical methods ...
<div><p>We present a new class of models for the detection function in distance sampling surveys of ...
Mixture distributions arise in many parametric and non-parametric settings—for example, in Gaussian ...
We present a new class of models for the detection function in distance sampling surveys of wildlife...
Recently the academic communities have paid more attention to the queries and mining on uncertain da...
Abstract. The covariance matrix is a key component of many multivariate robust procedures, whether o...