Visualization of large‐scale data inherently requires dimensionality reduction to 1D, 2D, or 3D space. Autoassociative neural networks with a bottleneck layer are commonly used as a nonlinear dimensionality reduction technique. However, many real‐world problems suffer from incomplete data sets, i.e. some values can be missing. Common methods dealing with missing data include the deletion of all cases with missing values from the data set or replacement with mean or “normal” values for specific variables. Such methods are appropriate when just a few values are missing. But in the case when a substantial portion of data is missing, these methods can significantly bias the results of modeling. To overcome this difficulty, we propose a modified...
AbstractDimensionality reduction has been a long-standing research topic in academia and industry fo...
The imputation of missing values is an important research content in incomplete data analysis. Based...
In the wake of the revolution brought by Deep Learning, we believe neural networks can be leveraged ...
Šiame magistro darbe apžvelgiami daugiamačių duomenų dimensijos mažinimo (vizualizavimo) metodai, ta...
: Missing or incomplete data, a common reality, causes problems for artificial neural networks. In t...
With the advent of the big data era, the data quality problem is becoming more critical. Among many ...
M.Sc. (Computer Science)Abstract: It is a well-known fact that the quality of the dataset plays a ce...
In many real-life applications it is important to know how to deal with missing data (incomplete fe...
Observations from real-world problems are often high-dimensional vectors, i.e. made up of many varia...
Abstract. We present a modification of the bottleneck neural network for dimensionality reduction. W...
Autoencoders are a type of unsupervised neural networks, which can be used to solve various tasks, e...
We propose a general, theoretically justified mechanism for processing missing data by neural networ...
The task to capture and interpret information hidden inside high-dimensional data can be considered ...
The task to capture and interpret information hidden inside high-dimensional data can be considered ...
Dimensionality reduction has been a long-standing research topic in academia and industry for two ma...
AbstractDimensionality reduction has been a long-standing research topic in academia and industry fo...
The imputation of missing values is an important research content in incomplete data analysis. Based...
In the wake of the revolution brought by Deep Learning, we believe neural networks can be leveraged ...
Šiame magistro darbe apžvelgiami daugiamačių duomenų dimensijos mažinimo (vizualizavimo) metodai, ta...
: Missing or incomplete data, a common reality, causes problems for artificial neural networks. In t...
With the advent of the big data era, the data quality problem is becoming more critical. Among many ...
M.Sc. (Computer Science)Abstract: It is a well-known fact that the quality of the dataset plays a ce...
In many real-life applications it is important to know how to deal with missing data (incomplete fe...
Observations from real-world problems are often high-dimensional vectors, i.e. made up of many varia...
Abstract. We present a modification of the bottleneck neural network for dimensionality reduction. W...
Autoencoders are a type of unsupervised neural networks, which can be used to solve various tasks, e...
We propose a general, theoretically justified mechanism for processing missing data by neural networ...
The task to capture and interpret information hidden inside high-dimensional data can be considered ...
The task to capture and interpret information hidden inside high-dimensional data can be considered ...
Dimensionality reduction has been a long-standing research topic in academia and industry for two ma...
AbstractDimensionality reduction has been a long-standing research topic in academia and industry fo...
The imputation of missing values is an important research content in incomplete data analysis. Based...
In the wake of the revolution brought by Deep Learning, we believe neural networks can be leveraged ...