Classification is an important task when data are curves. Recently, the notion of statistical depth has been extended to deal with functional observations. In this paper, we propose robust procedures based on the concept of depth to classify curves. These techniques are applied to a real data example. An extensive simulation study with contaminated models illustrates the good robustness properties of these depth-based classification methods
The statistical analysis of functional data is a growing need in many research areas. We propose a n...
The statistical analysis of functional data is a growing need in many research areas. We propose a n...
Functional data are becoming increasingly available and tractable because of the last technological...
Classification is an important task when data are curves. Recently, the notion of statistical depth ...
Classification is an important task when data are curves. Recently, the notion of statistical depth ...
Classification is an important task when data are curves. Recently, the notion of statistical depth ...
Classification is an important task when data are curves. Recently, the notion of statistical depth ...
Classification is an important task when data are curves. Recently, the notion of statistical depth ...
Functional data are becoming increasingly available and tractable because of the last technological...
Functional data are becoming increasingly available and tractable because of the last technological...
We propose robust inference tools for functional data based on the notion of depth for curves. We ex...
Functional data are becoming increasingly available and tractable because of the last technological...
We propose robust inference tools for functional data based on the notion of depth for curves. We ex...
We propose robust inference tools for functional data based on the notion of depth for curves. We ex...
The statistical analysis of functional data is a growing need in many research areas. We propose a n...
The statistical analysis of functional data is a growing need in many research areas. We propose a n...
The statistical analysis of functional data is a growing need in many research areas. We propose a n...
Functional data are becoming increasingly available and tractable because of the last technological...
Classification is an important task when data are curves. Recently, the notion of statistical depth ...
Classification is an important task when data are curves. Recently, the notion of statistical depth ...
Classification is an important task when data are curves. Recently, the notion of statistical depth ...
Classification is an important task when data are curves. Recently, the notion of statistical depth ...
Classification is an important task when data are curves. Recently, the notion of statistical depth ...
Functional data are becoming increasingly available and tractable because of the last technological...
Functional data are becoming increasingly available and tractable because of the last technological...
We propose robust inference tools for functional data based on the notion of depth for curves. We ex...
Functional data are becoming increasingly available and tractable because of the last technological...
We propose robust inference tools for functional data based on the notion of depth for curves. We ex...
We propose robust inference tools for functional data based on the notion of depth for curves. We ex...
The statistical analysis of functional data is a growing need in many research areas. We propose a n...
The statistical analysis of functional data is a growing need in many research areas. We propose a n...
The statistical analysis of functional data is a growing need in many research areas. We propose a n...
Functional data are becoming increasingly available and tractable because of the last technological...