VinhUni
Home
Message
Scientists
Articles
Projects
Textbooks
News
Dashboard
Tiếng việt
Bài báo khoa học
Home
Bài báo khoa học
Chi tiết bài báo
A generalized exponential functional link artificial neural networks filter with channel-reduced diagonal structure for nonlinear active noise control
Authors:
Le Dinh Cong
341
0
Applied Acoustics
:
:
:
ttps://doi.org/10.1016/j.apacoust.2018.04.020
:
1025-a-generalized-exponential-functional-link-artificial-neural-networks-filter-with-channel-reduced-diagonal-structure-for-nonlinear-active-noise-control.pdf
Publishing year:
2018
A bilinear functional link artificial neural network filter for nonlinear active noise control and its stability condition
Hierarchical partial update generalized functional link artificial neural network filter for nonlinear active noise control
M-max partial update leaky bilinear filter-error least mean square algorithm for nonlinear active noise control
A novel pipelined neural FIR architecture for nonlinear adaptive filter
Nonlinear Adaptive Filter Based on Pipelined Bilinear Function Link Neural Networks Architecture
Low-complexity even mirror fourier adaptive filter for nonlinear active noise control
Filtered-x Set Membership Algorithm With Time-Varying Error Bound for Nonlinear Active Noise Control
Diffusion Partitioned-Block Frequency-Domain Adaptive Filter Over Multitask Networks
Convex combination of functional link artificial neural networks and generalized Fouries series for active noise control system
A COMPARISON OF THE GENERALIZED FOURIER SERIES AND FUNCTIONAL LINKS ARTIFICIAL NEURAL NETWORKS FOR NONLINEAR ACTIVE NOISE CONTROL SYSTEM
Intelligent control system