Download PDF Beginning Arduino, by Michael McRoberts
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Beginning Arduino, by Michael McRoberts
Download PDF Beginning Arduino, by Michael McRoberts
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In Beginning Arduino, you will learn all about the popular Arduino microcontroller by working your way through an amazing set of 50 cool projects. You'll progress from a complete beginner regarding Arduino programming and electronics knowledge to intermediate skills and the confidence to create your own amazing Arduino projects. Absolutely no experience in programming or electronics required!
Rather than requiring you to wade through pages of theory before you start making things, this book has a hands-on approach. You will dive into making projects right from the start, learning how to use various electronic components and how to program the Arduino to control or communicate with those components.
Each project is designed to build upon the knowledge learned in earlier projects and to further your knowledge in programming as well as skills with electronics. By the end of the book you will be able create your own projects confidently and with creativity.
Please note: the print version of this title is black & white; the eBook is full color. You can download the color diagrams in the book from http://www.apress.com/9781430232407
- Sales Rank: #805186 in Books
- Brand: Brand: Apress
- Published on: 2010-12-22
- Released on: 2011-01-05
- Original language: English
- Number of items: 1
- Dimensions: 9.25" h x 1.03" w x 7.50" l, 1.75 pounds
- Binding: Paperback
- 472 pages
- Used Book in Good Condition
About the Author
Mike McRoberts discovered the Arduino in 2008 while looking for ways to connect a temperature sensor to a PC to make a cloud detector for his other hobby astrophotography. After a bit of research, the Arduino seemed like the obvious choice, and the cloud detector was successfully made, quickly and cheaply. Mike s fascination with the Arduino had begun. Since then he has gone on to make countless projects using the Arduino. He had also founded an Arduino starter kit and component online business called Earthshine Electronics. His next project is to use an Arduino-based circuit to send a high altitude balloon up to the edge of space to take stills and video for the heck of it, with the help of the guys from the U.K. High Altitude Society and CUSF. Mike s hobby of electronics began as a child when the 100-in-1 electronics kits from Radio Shack made up his Christmas present list. He started programming as a hobby when he obtained a Sinclair ZX81 computer as a teenager. Since then, he s never been without a computer. Recently, he s become a Mac convert. He is a member of London Hackspace and the Orpington Astronomical Society and can regularly be found contributing to the Arduino Forum. He also likes to lurk on IRC in the Arduino, high altitude and london-hack-space channels (as earthshine ), and on Twitter @TheArduinoGuy. When he is not messing around with Arduinos or running Earthshine Electronics, he likes to indulge in astronomy, astrophotography, motorcycling, and sailing.
Most helpful customer reviews
111 of 112 people found the following review helpful.
Finally, somebody got it right!
By Christopher T. Dahle
Finally, somebody got it right! I have to agree with Mr. Young and Mr. Laefsky's reviews, but feel that I should add just a bit more.
There are plenty of books out there on Arduino and I own or have examined most of them, so I thought my Arduino Library was full. I was wrong, this one was under the tree for Christmas and it's definitely a keeper. I read the book all the way through and then I started working through the activities early yesterday morning. Having now completed the projects through Chapter 3, I feel competent to review it.
The bottom line is that if you are starting out with Arduino and have been trying to piece together your skills from web tutorials and a few of the popular books, but have felt either out of your depth reading Making Things Talk: Practical Methods for Connecting Physical Objects, or that the material in, for example Getting Started with Arduino (Make: Projects) is too basic, this is the book that will vault you to the next level.
Books and tutorials on Arduino generally seem to trend toward two extremes:
On the one hand there is the "box of crayons" approach- tutorials (see practically every website of every vendor that sells Arduino and variants) that give very short and specific instructions on how to wire one or two components to Arduino and interact with them via a brief, illustrative, but not especially useful code example. These examples are intended, I guess, to give the reader some general ideas of the creative uses for Arduino, and the code snippets and discrete components are treated individually like crayons in the box of 64, with little guidance as to how they can be combined and blended together to make amazing and wonderful creations, or why you might choose one method of blinking an LED over another.
On the other hand, there is the pet project approach. These present someone's grand idea for a complex interactive project, usually costly, usually inspirational, but usually ill suited as a learning platform. You indeed can learn a tremendous amount by following along and building the projects in, for example, Practical Arduino: Cool Projects for Open Source Hardware (Technology in Action), and I did. But unless you actually WANT an internet connected, GPS enabled, refrigerator monitor (I'm making that up), you will end up spending a lot of extra time and money to nail down the knowledge to design your data logging cell phone seeker robot (I'm making that up too).
Beginning Arduino takes a third path. The projects are designed to be wired up on a breadboard with mostly reusable, reasonably priced components. You will not end up soldering something together only to realize that you are going to have to buy another one for the next phase in your learning. Each project is a bit more complex than the one preceding, but in each case the code and the hardware added push off into new areas and new uses. Once you complete a particular project, and the suggested exercises, you have a clear understanding of how the new component works and what you can do with the new code you learned. For me this lead to a much clearer understanding of how I could approach the challenges in my own pet project.
Before I started reading and working through Beginning Arduino, I had about decided that I would never grok C programming, feel comfortable with Arduino, or meet my ultimate goal of embedding Atmel chips in a variety projects floating around in my imagination. But over the past few days my enthusiasm and confidence have returned and I thank Mr. McRoberts for that.
One final note, while there are a few minor typographical errors, I can report that so far there has not been a single error that has interfered with the completion of a functional project. This is, in my experience, rare in a book with such technical depth. I applaud Mr. McRoberts and his technical reviewer, Josh Adams for such a fine job.
24 of 24 people found the following review helpful.
Beginning Arduino: Great for beginners, great fun for techies, and arduinerds
By Edward Young
In today's world where information on even the most obscure subject is immediately available and there's an absolute torrent of information about open source phenomena like Arduino, it's good to have a resource that which is approachable, and coherent, and supports the beginner from the first steps to immediate successes that they can be proud of.
Beginning Arduino is very well organized, and presented and maintains a consistent pattern in each chapter and for each of it's projects. It takes the reader through a fair introduction of what the Arduino is, it's ecosystem, a discussion of the cool stuff that it can be used for, installation and settup, and it then a detailed sequence of 50 projects.
I would recommend this book for complete Arduino newbies who have little or no electronics experience, but have a little programming experience. What sets this book apart from some others is it's use of available graphics and tools like Fritzing ([...]). This helps the user to immediately start wiring up the projects and achieve immediate success. It also has good introductory discussion of the various technologies and a "code disection" of most of the code listings to help to explain and understand the relation of the hardware to the software.
All projects are all organized similarly:
* parts required
* connect it up
* enter the code
* project overview
Generally, for each project, the author provides
* A physical diagram using the excellent free prototype diagramming tool Fritzing ([...]) that shows the reader exactly how to wire up the project.
* A discussion of the components or technologies (ie sonar sensors, RFID, etc) used in the project.
* Then each project has a full code listing that can be typed in (I "cut and pasted" it from the electronic version).Most of the projects, especially the more complicated ones have a code dissection that explains the software that drives the project.
* A summary of what was learned in the project.
One of my favorite chapters was the chapter "Reading and writing to an SD card". I liked the depth of the discussion and was able to make immediate use of it. Although it was the most interesting to me, but the chapter "Simple Sounders and Sensors" was the most fun to show my kids and their friends. I hope to use some of the projects from the book in a course on simple robotics and electronics.
Within each chapter, most of the projects build upon one another. For example, chapter 4, "Simple Sounders and Sensors" contains 4 projects, 3 of which build upon the use of piezo sensors and sounders to create first a piezo alarm, a piezo melody player, an a piezo knock sensor. This is a good strategy because it starts off simply, easy to understand and debug, and builds upon it. The reader has is more likely to have immediate success to build upon.
The book is not perfect, and I'd say it's few deficiencies are related to it's lack of reference information or pointers to where to find more information. This is the kind of thing that's easily available in the Internet, but it's a good idea to provide some pointers.
No Arduino diagram for reference
No discussion of how to read data sheets.
In some projects, there is a typically great wiring diagram, but there isn't clear indication of the pinouts for parts. For example, the MaxSonar EZ3 used in project #38 is shown in the wiring diagram as a DIP package IC, which it isn't. There is explanation why this is, but there is no corresponding logical diagram to help the reader to understand the inconsistency.
Beginning Arduino is a very fun introduction to the exciting world of the Arduino. Check it out!
22 of 22 people found the following review helpful.
Excellent Beginner To Intermediate Tutorial On The Arduino
By Ira Laefsky
This up-to-date, exquisitely illustrated, pedagogically sound, carefully explained step-by-step guide to Arduino proficiency provides all the tools an absolute beginner needs to reach an intermediate to advanced level of proficiency in the construction and programming of Arduino projects. It is the only guide released to date 12/30/2010 which is current with the latest Arduino release the UNO circuit card and version 21 of the Arduino Programming IDE. Each project provides both clear black-and-white (actually gray-scale) and color illustrations as well as instructions for the construction of the given project and sufficient detail of pinouts from the Arduino are given so that it would be almost impossible to wire the project incorrectly. The programs for each project are listed in full followed by a commented explanation of the new programming features for this exercise. Like other beginner guides to the Arduino this handbook provides an explicit tutorial from the very early stage of blinking an LED. However, unlike other guides and tutorials which leave the Arduino novice as still a beginner, this extensive (430 pages plus 16 pages of color plates) text guides the Arduino beginner by the hand through the level of Ethernet Networking, connecting an SD-card to log data and sending Email and Weather Measurements from this powerful single board computer.
Thus, this explicit step-by-step guide leads the beginner without error from flashing an LED to advanced assembly and programming projects. The illustrations are exceptionally clear compared with other microcontroller instruction manuals released to date. The single addition I would make to this Outstanding guide to the Arduino is to include pointers to the Open Source Community which spawned it and the regional Hackerspaces where one can find companions to learn more. But this information is immediately available as close as a Google Search on Arduino.
--Ira Laefsky, MSE/MBA
New IT Technology Consultant & HCI Researcher, Retired from the Senior Staff of Arthur D. Little, Inc. and Digital Equipment Corporation
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