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Titlebook: Deep Learning Classifiers with Memristive Networks; Theory and Applicati Alex Pappachen James Book 2020 Springer Nature Switzerland AG 2020

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Xan Browne,Olga Popovic Larsen,Will Bradleytions of speech recognition based on DNN models. The first example includes a DNN model developed by Apple for its personal assistant Siri. To detect and recognize a “Hey Siri” phrase program runs a detector based on a 5-layer network with 32 and 192 hidden units. To create an acoustic model, sigmoi
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Design for Six Sigma + LeanToolsetpport to conductors. Overhead insulators need to be inspected and monitored regularly to prevent faults and provide permanent electricity for consumers. The condition monitoring system for insulators is quite a challenging task due to the harsh operating conditions and the large number of insulators
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https://doi.org/10.1007/978-3-540-89514-5us modifications of an original LSTM cell were proposed. This chapter gives an overview of basic LSTM cell structures and demonstrates forward and backward propagation within the most widely used configuration called traditional LSTM cell. Besides, LSTM neural network configurations are described.
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Design for Six Sigma + LeanToolsetlgorithm that is intended to emulate the overall structural and functionality of the human neocortex responsible for the high-order functions such as cognition, learning and making predictions. The main properties of HTM is hierarchical structure, sparsity and modularity. HTM consists of two main pa
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Design for Six Sigma + LeanToolsetzy architectures is natural, as both represent elementary inspiration from brain computations involving learning, adaptation and ability to tolerate noise. This chapter focuses on neuro-fuzzy and alike solutions for machine learning from perspective of functionality, architectures and applications.
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https://doi.org/10.1007/978-3-030-14524-8Neuro-memristive Computing; Memristive Crossbar Arrays; Memristor Models; Memristor Materials; Deep Lear
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Springer Nature Switzerland AG 2020
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