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1
Introduction
2
Traditional Programming
3
Why not use a library
4
Training to neural networks
5
Perceptron
6
State
7
Transient State
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NAND Gate
9
Basic NAND Gate
10
Logistic Sigmoid
11
Runoff
12
Error
13
Loss
14
Minimize
15
Gradient Descent
16
Summary
17
Neural Network Architecture
18
Convolutional Network
19
Optimal Learning Rate
Description:
Dive into the world of neural networks with this comprehensive conference talk that guides you through coding a neural net for image recognition from scratch using C#. Learn about gradient descent, activation functions, and backpropagation as you build a functional neural network without relying on external libraries. Explore traditional programming concepts, understand the importance of training neural networks, and discover key components such as perceptrons, NAND gates, and logistic sigmoid functions. Gain insights into error calculation, loss minimization, and gradient descent techniques. Examine neural network architecture, including convolutional networks, and determine optimal learning rates. Work entirely in LINQPad with practical, hands-on examples that you can keep and reference later.

Writing a Neural Net from Scratch

NDC Conferences
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