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Make your own neural network : a gentle journey through the mathematics of neural networks, and making your own using the Python computer language /

By: Rashid, Tariq [author.].
Publisher: [United States] : [CreateSpace Independent Publishing Platform], [2016]Description: 222 pages : illustrations (some colour) ; 28 cm.Content type: text Media type: unmediated Carrier type: volumeISBN: 9781530826605; 1530826608.Subject(s): Neural networks (Computer science) | Fuzzy logicDDC classification: 006.32
Contents:
Prologue -- Introduction -- How they work -- Easy for me, hard for you -- A simple predicting machine -- Classifying is not very different from predicting -- Training a simple classifier -- Sometimes one classifier is not enough -- Neurons, nature's computing machines -- Following signals through a neural network -- Matrix multiplication is useful...honest! -- A three layer example with matrix multiplication -- Learning weights from more than one node -- Backpropagating errors from more output nodes -- Backpropagating errors to more layers -- How do we actually update weights? -- Weight update worked example -- Preparing data -- Python -- Interactive Python = IPython -- A very gentle start with Python -- Neural network with Python -- The MNIST dataset of handwritten numbers -- Your own handwriting -- Inside the mind of a neural network -- Creating new training data: rotations -- Epilogue -- Appendix A : a gentle introduction to calculus -- Appendix B : do it with a Raspberry Pi.
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Holdings
Item type Current library Call number Status Date due Barcode Item holds
Standard Loan Standard Loan ATU Sligo Yeats Library Main Lending Collection 006.32 RAS (Browse shelf(Opens below)) Lost Checked out 08/04/2021 0081135
Total holds: 0

Title from cover.

Prologue -- Introduction -- How they work -- Easy for me, hard for you -- A simple predicting machine -- Classifying is not very different from predicting -- Training a simple classifier -- Sometimes one classifier is not enough -- Neurons, nature's computing machines -- Following signals through a neural network -- Matrix multiplication is useful...honest! -- A three layer example with matrix multiplication -- Learning weights from more than one node -- Backpropagating errors from more output nodes -- Backpropagating errors to more layers -- How do we actually update weights? -- Weight update worked example -- Preparing data -- Python -- Interactive Python = IPython -- A very gentle start with Python -- Neural network with Python -- The MNIST dataset of handwritten numbers -- Your own handwriting -- Inside the mind of a neural network -- Creating new training data: rotations -- Epilogue -- Appendix A : a gentle introduction to calculus -- Appendix B : do it with a Raspberry Pi.

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