Neural network based temporal feature models for short-term railway passenger demand forecasting
TH Tsai, CK Lee, CH Wei - Expert Systems with Applications, 2009 - Elsevier
Accurate forecasts are the base for correct decisions in revenue management. This paper
addresses two novel neural network structures for short-term railway passenger demand …
addresses two novel neural network structures for short-term railway passenger demand …
Fedd: Feature extraction for explicit concept drift detection in time series
A time series is a sequence of observations collected over fixed sampling intervals. Several
real-world dynamic processes can be modeled as a time series, such as stock price …
real-world dynamic processes can be modeled as a time series, such as stock price …
Ranking and selecting clustering algorithms using a meta-learning approach
We present a novel framework that applies a meta-learning approach to clustering
algorithms. Given a dataset, our meta-learning approach provides a ranking for the …
algorithms. Given a dataset, our meta-learning approach provides a ranking for the …
Texture characterization, representation, description, and classification based on full range Gaussian Markov random field model with Bayesian approach
A statistical approach, based on full range Gaussian Markov random field model, is
proposed for texture analysis such as texture characterization, unique representation …
proposed for texture analysis such as texture characterization, unique representation …
Agile combination of advanced booking models for short-term railway arrival forecasting
TH Tsai - Engineering Applications of Artificial Intelligence, 2025 - Elsevier
Accurate forecasts are essential for allocating perishable resources. As arrivals are the
accumulation of reservations, utilizing reservation records to construct forecasting models is …
accumulation of reservations, utilizing reservation records to construct forecasting models is …
Predicting the performance of learning algorithms using support vector machines as meta-regressors
In this work, we proposed the use of Support Vector Machines (SVM) to predict the
performance of machine learning algorithms based on features of the learning problems …
performance of machine learning algorithms based on features of the learning problems …
An analysis of meta-learning techniques for ranking clustering algorithms applied to artificial data
Meta-learning techniques can be very useful for supporting non-expert users in the
algorithm selection task. In this work, we investigate the use of different components in an …
algorithm selection task. In this work, we investigate the use of different components in an …
Selecting machine learning algorithms using the ranking meta-learning approach
In this work, we present the use of Ranking Meta-Learning approaches to ranking and
selecting algorithms for problems of time series forecasting and clustering of gene …
selecting algorithms for problems of time series forecasting and clustering of gene …
Forecasting model selection through out-of-sample rolling horizon weighted errors
Demand forecasting is an essential process for any firm whether it is a supplier,
manufacturer or retailer. A large number of research works about time series forecast …
manufacturer or retailer. A large number of research works about time series forecast …
Selective generation of training examples in active meta-learning
Meta-Learning has been successfully applied to acquire knowledge used to support the
selection of learning algorithms. Each training example in Meta-Learning (ie each meta …
selection of learning algorithms. Each training example in Meta-Learning (ie each meta …