New method for instance or prototype selection using mutual information in time series prediction
The problem of selecting the patterns to be learned by any model is usually not considered
by the time of designing the concrete model but as a preprocessing step. Information theory …
by the time of designing the concrete model but as a preprocessing step. Information theory …
An adaptive SVR-HDMR model for approximating high dimensional problems
Z Huang, H Qiu, M Zhao, X Cai, L Gao - Engineering Computations, 2015 - emerald.com
Purpose–Popular regression methodologies are inapplicable to obtain accurate
metamodels for high dimensional practical problems since the computational time increases …
metamodels for high dimensional practical problems since the computational time increases …
Parallel multiobjective memetic rbfnns design and feature selection for function approximation problems
The design of radial basis function neural networks (RBFNNs) still remains as a difficult task
when they are applied to classification or to regression problems. The difficulty arises when …
when they are applied to classification or to regression problems. The difficulty arises when …
An evolutionary radial basis function neural network with robust genetic-based immunecomputing for online tracking control of autonomous robots
HC Huang, CH Chiang - Neural Processing Letters, 2016 - Springer
This paper presents an evolutionary radial basis function neural network with genetic
algorithm and artificial immune system (GAAIS-RBFNN) for tracking control of autonomous …
algorithm and artificial immune system (GAAIS-RBFNN) for tracking control of autonomous …
Parallel adaptive kriging method with constraint aggregation for expensive black-box optimization problems
Design optimization problems with black-box computation-intensive objective and
constraints are extremely challenging in engineering practices. To address this issue, an …
constraints are extremely challenging in engineering practices. To address this issue, an …
CO2RBFN: an evolutionary cooperative–competitive RBFN design algorithm for classification problems
This paper presents a new evolutionary cooperative–competitive algorithm for the design of
Radial Basis Function Networks (RBFNs) for classification problems. The algorithm, CO 2 …
Radial Basis Function Networks (RBFNs) for classification problems. The algorithm, CO 2 …
RBFNN design based on modified nearest neighbor clustering algorithm for path tracking control
D Zheng, W Jung, S Kim - Sensors, 2021 - mdpi.com
Radial basis function neural networks are a widely used type of artificial neural network. The
number and centers of basis functions directly affect the accuracy and speed of radial basis …
number and centers of basis functions directly affect the accuracy and speed of radial basis …
[HTML][HTML] An enhanced clustering function approximation technique for a radial basis function neural network
The majority of clustering methods that have been proposed in the literature are focused on
classification problems, and more specifically on pattern recognition problems. In this paper …
classification problems, and more specifically on pattern recognition problems. In this paper …
Evaluation of Government Management Performance for Government‐Guided Funds in the Chinese Sports
Y Gao, W Li, E Guo, Z Wang - Wireless Communications and …, 2022 - Wiley Online Library
Since 2007, providing government‐guided funds has gradually become an important policy
means to develop the sports industry. First, this study defined the concept of government …
means to develop the sports industry. First, this study defined the concept of government …
Designing multilayer perceptrons using a guided saw-tooth evolutionary programming algorithm
In this paper, a diversity generating mechanism is proposed for an Evolutionary
Programming (EP) algorithm that determines the basic structure of Multilayer Perceptron …
Programming (EP) algorithm that determines the basic structure of Multilayer Perceptron …