This thesis centers around dimensionality reduction and its usage on landmark-type data which are often used in anthropology and morphometrics. In particular we focus on non-linear dimensionality reduction methods - locally linear embedding and multidimensional scaling. We introduce a new approach to dimensionality reduction called multipass dimensionality reduction and show that improves the quality of classification as well as requiring less dimensions for successful classification than the traditional singlepass methods
International audienceDimensionality reduction aims at representing high-dimensional data in a lower...
International audienceDimensionality reduction aims at representing high-dimensional data in a lower...
International audienceDimensionality reduction aims at representing high-dimensional data in a lower...
The visual interpretation of data is an essential step to guide any further processing or decision m...
When data objects that are the subject of analysis using machine learning techniques are described b...
When data objects that are the subject of analysis using machine learning techniques are described b...
Abstract — Data dimensionality refers to the number of variables that are measured on each observat...
In this paper we address the issue of using local embeddings for data visualization in two and three...
Dimensionality reduction techniques are outlined; their strengths and limitations are discussed. The...
Dimensionality reduction aims at representing high-dimensional data in a lower-dimensional represent...
Dimensionality reduction aims at representing high-dimensional data in a lower-dimensional represent...
Dimensionality reduction aims at representing high-dimensional data in a lower-dimensional represent...
The use of dimensionality reduction techniques is a keystone for analyzing and interpreting high dim...
Abstract- Classification is undoubtedly gaining major importance in the fields of machine learning, ...
A new pattern recognition method for classification of multi dimensional samples is proposed. In pat...
International audienceDimensionality reduction aims at representing high-dimensional data in a lower...
International audienceDimensionality reduction aims at representing high-dimensional data in a lower...
International audienceDimensionality reduction aims at representing high-dimensional data in a lower...
The visual interpretation of data is an essential step to guide any further processing or decision m...
When data objects that are the subject of analysis using machine learning techniques are described b...
When data objects that are the subject of analysis using machine learning techniques are described b...
Abstract — Data dimensionality refers to the number of variables that are measured on each observat...
In this paper we address the issue of using local embeddings for data visualization in two and three...
Dimensionality reduction techniques are outlined; their strengths and limitations are discussed. The...
Dimensionality reduction aims at representing high-dimensional data in a lower-dimensional represent...
Dimensionality reduction aims at representing high-dimensional data in a lower-dimensional represent...
Dimensionality reduction aims at representing high-dimensional data in a lower-dimensional represent...
The use of dimensionality reduction techniques is a keystone for analyzing and interpreting high dim...
Abstract- Classification is undoubtedly gaining major importance in the fields of machine learning, ...
A new pattern recognition method for classification of multi dimensional samples is proposed. In pat...
International audienceDimensionality reduction aims at representing high-dimensional data in a lower...
International audienceDimensionality reduction aims at representing high-dimensional data in a lower...
International audienceDimensionality reduction aims at representing high-dimensional data in a lower...