By Danilo P. Mandic, Jonathon A. Chambers(auth.), Simon Haykin(eds.)
ISBN-10: 047084535X
ISBN-13: 9780470845356
ISBN-10: 0471495174
ISBN-13: 9780471495178
New applied sciences in engineering, physics and biomedicine are tough more and more complicated equipment of electronic sign processing. by means of featuring the most recent learn paintings the authors reveal how real-time recurrent neural networks (RNNs) may be carried out to extend the diversity of conventional sign processing innovations and to assist wrestle the matter of prediction. inside this article neural networks are regarded as hugely interconnected nonlinear adaptive filters.
? Analyses the relationships among RNNs and numerous nonlinear versions and filters, and introduces spatio-temporal architectures including the thoughts of modularity and nesting
? Examines balance and leisure inside RNNs
? offers online studying algorithms for nonlinear adaptive filters and introduces new paradigms which make the most the suggestions of a priori and a posteriori error, data-reusing model, and normalisation
? reviews convergence and balance of online studying algorithms established upon optimisation suggestions akin to contraction mapping and stuck element new release
? Describes thoughts for the exploitation of inherent relationships among parameters in RNNs
? Discusses functional concerns reminiscent of predictability and nonlinearity detecting and comprises numerous sensible functions in parts resembling air pollutant modelling and prediction, attractor discovery and chaos, ECG sign processing, and speech processing
Recurrent Neural Networks for Prediction deals a brand new perception into the training algorithms, architectures and balance of recurrent neural networks and, for this reason, can have fast allure. It presents an intensive heritage for researchers, lecturers and postgraduates permitting them to use such networks in new purposes.
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Chapter 1 advent (pages 1–8):
Chapter 2 basics (pages 9–29):
Chapter three community Architectures for Prediction (pages 31–46):
Chapter four Activation capabilities utilized in Neural Networks (pages 47–68):
Chapter five Recurrent Neural Networks Architectures (pages 69–89):
Chapter 6 Neural Networks as Nonlinear Adaptive Filters (pages 91–114):
Chapter 7 balance concerns in RNN Architectures (pages 115–133):
Chapter eight Data?Reusing Adaptive studying Algorithms (pages 135–148):
Chapter nine a category of Normalised Algorithms for on-line education of Recurrent Neural Networks (pages 149–160):
Chapter 10 Convergence of on-line studying Algorithms in Neural Networks (pages 161–169):
Chapter eleven a few functional concerns of Predictability and studying Algorithms for numerous indications (pages 171–198):
Chapter 12 Exploiting Inherent Relationships among Parameters in Recurrent Neural Networks (pages 199–219):