# CNN Introduction and Implementation in TensorFlow

CNN Introduction and Implementation in TensorFlow: Convolutional Neural Networks are deep neural networks that were designed typically to handle image datasets.

## Introduction:

Convolutional Neural Networks are deep neural networks that were designed typically to handle image datasets. When we are dealing with pixels, generalization becomes extremely difficult if we feed all the pixels directly to a fully connected network after flattening. Imagine, if we have a data-set with images each of size (360*360) in R.G.B, then we would have 388800 pixels(input vector) of a single image to feed to a multi layer Perceptron. Hence, there is need to highlight the features, get rid of noisy pixels and perform dimensionality Reduction.

## Dealing with Images directly with Ordinary Neural Nets

For a better understanding, lets begin training our model without convolutions. Here we’ll use fashion-mnist data-set which consists of 70,000 Zalando’s article images. Each image is 28*28 in gray scale associated with 10 different classes.

## Why you should learn Computer Vision and how you can get started

A few compelling reasons for you to starting learning Computer. In today’s world, Computer Vision technologies are everywhere.

## Deep Computer Vision for the Detection

Deep Computer Vision is capable of doing object detection and image classification task. In image classification tasks, the particular system receives some input image.

## Convolutional Neural Networks

Basic fundamentals of CNN. CNN’s are a special type of ANN which accepts images as inputs. Below is the representation of a basic neuron of an ANN which takes as input X vector.

## Architecture and Training Of Convolutional Neural Networks (7 points):

This post provides the details of the architecture of Convolutional Neural Network (CNN), functions and training of each layer, ending with a summary of the training of CNN.

## Convolutional Neural Network: How is it different from the other networks?

Convolutional Neural Network: How is it different from the other networks? What’s so unique about CNNs and what does convolution really do? This is a math-free introduction to the wonders of CNNs.