PDF Download Beginning Arduino ov7670 Camera Development, by Robert Chin
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Beginning Arduino ov7670 Camera Development, by Robert Chin
PDF Download Beginning Arduino ov7670 Camera Development, by Robert Chin
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This book is a great investment for those interested in developing camera related projects for the Arduino. These camera applications can involve security, surveillance, photography, toys, robots, and drones. Specifically, this book covers the Omnivision ov7670 digital camera and its use with the Arduino microcontroller. This book takes an interactive hands on approach and shows the reader in a step by step guide how to use the ov7670 with the Arduino and an SD card reader/writer to take photos, save them to an SD card, and then to convert them to an easily viewable format. This book will save you many hours or even weeks of frustration in trying to get this camera to work correctly. This book also gives you the basic background on the Arduino and digital cameras in general so that you will be able to develop camera projects for cameras other than the ov7670.
Who this book is for:
1. Beginners to the Arduino interested in developing custom Arduino camera related projects that are suitable for photography, surveillance, security applications or for use with drones and robots.
2. High school and university students needing a quick start guide to using a low cost digital camera in their school projects.
Key Selling Points:
1. Provides an interactive "hands on example" based beginner's quick start guide to using the extremely popular Omnivision ov7670 camera with the Arduino including using the undocumented features and incorrectly documented features that are necessary to get the camera to operate correctly.
2. Provides a good starting point for Arduino based camera applications as diverse as image processing, photography, surveillance, and home security with professional quality reusable code for the reader to use in his or her own projects.
3. Covers the FIFO version of the ov7670 which is the preferred camera version for most camera projects.
Table of Contents:
Chapter 1: Introducing the Omnivision OV7670 Camera
A. What is the OV7670 Camera?
B. Key Camera Terminology
C. OV7670 Camera with AL422B FIFO Memory Overview
D. Summary of Steps Needed for Taking a Photo
Chapter 2: Introducing the Arduino
A. What is an Arduino?
B. The Arduino Mega 2560
C. Arduino Development System Requirements
D. Arduino Software IDE
E. Hands on Example: A simple Arduino "Hello World" program with an LED
Chapter 3: Arduino Programming Language Basics
A. C/C++ Language for Arduino Overview
Chapter 4: Digital Design Review
A. How Data is Stored in the ov7670 Camera
B. Decimal Numbers (Base 10 Representation)
C. Binary Numbers (Base 2 Representation)
D. Hexadecimal Numbers (Base 16 Representation)
E. Converting a Binary Number (Base 2) to a Hex Number (Base 16)
F. Converting a Hexadecimal Number (Base 16) to a Binary Number (Base 2)
G. Hands On Example: Setting Registers on the OV7670 Camera
H. Boolean Variables, Logic and Truth Tables
I. The Clock Pulse
J. Reading Schematics
K. Design Overview for the OV7670 Camera with FIFO Memory
Chapter 5: Taking Photos with the Omnivision ov7670 Camera - Part 1
A. Overview of SD Card Storage for the Arduino
B. Overview of Arduino's I2C Interface
C. Hands on Example: Testing the I2C Interface with the OV7670 Camera
D. Overview of the Omnivision ov7670 FIFO Camera Image Capture Software
E. Overview of FFMPEG
Chapter 6: Taking Photos with the Omnivision ov7670 Camera - Part 2
A. Hands on Example: Taking a picture with the camera, saving the picture to the SD card storage, and viewing the image on your computer.
Appendix A: Camera Register Defines
Appendix B: Image Capture Program Variables
- Sales Rank: #2014003 in Books
- Published on: 2015-06-30
- Original language: English
- Number of items: 1
- Dimensions: 11.00" h x .56" w x 8.50" l, 1.28 pounds
- Binding: Paperback
- 246 pages
About the Author
Robert Chin has a Bachelor of Science degree in computer engineering and is experienced in Arduino camera development, C/C++, Unreal Script, Java, DirectX, OpenGL, and OpenGL ES 2.0. He has written 3d games for the Windows, and Android platforms. He is the author of "Beginning Android 3d Game Development", and "Beginning IOS 3d Unreal Games Development" both published by Apress and was the technical reviewer for "UDK Game Development" published by Course Technology CENGAGE Learning.
Most helpful customer reviews
4 of 4 people found the following review helpful.
Best Arduino Camera Book Reference
By Robin T. Wernick
This is exactly the kind of information needed to manage the engineering complexity of connecting a highly controllable camera to your Arduino card and be successful in taking pictures. This book opens up the world of inexpensive digital video recording to the average experimenter. Be warned, the book is full of technical detail and circuit requirements in order for this combination of devices to work. So be prepared for a tour de force in getting the first prototype to work on your bench. The author does a top notch job of delivering the right information to the experimenter to manage this complex subject.
The book covers the pinouts and features of this particular camera( SD memory included ). It covers the nature of the camera's conversion of visual light into digital data and the effects of contrast selection and internal filter use. There are a number of background pdf files to support the subject listed on the internet and and extensive appendix to support experimental variations that the reader would like to explore.
There are a few issues that are not discussed in the book that the reader should know about. First, he specific camera model discussed in the book is not generally available and the OV7670 FIFO model must be specifically ordered. Otherwise, you may get the wrong device to work with the book's information even if the pinout is the same. I found 13 different cameras not of this type on the first two pages of Amazon using a search for "Arduino camera". The second issue is pin connectivity. The camera module has 18 pins and an Arduino UNO only has 10 digital and a few power pins for use. So, an UNO or Leonardo will not work for all possible combinations. A Mega or DUE should be intended in the mind of the experimenter. The third issue is performance. The UNO and Leonardo have a 16 MHz clock witch is too slow for camera use unless the camera has the integrated FIFO buffer. Even so, these small Arduinos have very little memory and the program size from the book can overwhelm the limited memory available. That is why I am doing all of my Arduino camera prototyping on a DUE. And extra cycles will be needed to interact remotely with an Arduino camera device which once again supports the need for the 85 MHz clock of the DUE. Good experimenting.
0 of 0 people found the following review helpful.
Very good practical book
By Vedran
Very good practical book, saved me a lot of time. If anyone needs microcontroller + camera project I highly recommend this book.
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