In this paper we consider a new approach for the selection of past samples to be used for prediction. Instead of using classical algorithms for estimating the embedding parameters, we will use a genetic algorithm where each individual represents a possible embedding solution. We will demonstrate that the proposed technique is particularly suited when dealing with the prediction of biological time series, aiming to improve the road safety by evidencing stress conditions or possible loss of consciousness
Time series classification (TSC) methods discover and exploit patterns in time series and other one-...
This paper presents a new encoding scheme for training radial basis function (RBF) networks by genet...
A genetic method has been proposed to forecast the health indicators of population based on neural-n...
In this paper, we consider some different aspects involved in the prediction of biological time seri...
In this paper, the time series forecasting problem is approached by using a specific procedure to se...
Abstract: This paper presents the use of artificial intelligence and more specifically artificial ne...
The process of specifying a prediction model involves selecting the variables to be included, select...
The increasing availability of time series expression datasets, although promising, raises a number ...
In this paper we investigate the effective design of an appropriate neural network model for time se...
The increasing availability of time series expression datasets, although promising, raises a number ...
Data mining is performed using genetic algorithm on artificially generated time series data with sho...
Data mining is performed using genetic algorithm on artificially generated time series data with sho...
Recently biological sequence databases have grown much faster than the ability of researchers to ann...
Accumulated biological knowledge is often encoded as gene sets, collections of genes associated with...
Abstract Background A popular objective of many high-...
Time series classification (TSC) methods discover and exploit patterns in time series and other one-...
This paper presents a new encoding scheme for training radial basis function (RBF) networks by genet...
A genetic method has been proposed to forecast the health indicators of population based on neural-n...
In this paper, we consider some different aspects involved in the prediction of biological time seri...
In this paper, the time series forecasting problem is approached by using a specific procedure to se...
Abstract: This paper presents the use of artificial intelligence and more specifically artificial ne...
The process of specifying a prediction model involves selecting the variables to be included, select...
The increasing availability of time series expression datasets, although promising, raises a number ...
In this paper we investigate the effective design of an appropriate neural network model for time se...
The increasing availability of time series expression datasets, although promising, raises a number ...
Data mining is performed using genetic algorithm on artificially generated time series data with sho...
Data mining is performed using genetic algorithm on artificially generated time series data with sho...
Recently biological sequence databases have grown much faster than the ability of researchers to ann...
Accumulated biological knowledge is often encoded as gene sets, collections of genes associated with...
Abstract Background A popular objective of many high-...
Time series classification (TSC) methods discover and exploit patterns in time series and other one-...
This paper presents a new encoding scheme for training radial basis function (RBF) networks by genet...
A genetic method has been proposed to forecast the health indicators of population based on neural-n...