Download Practical Arduino: Cool Projects for Open Source Hardware by Jonathan Oxer, Hugh Blemings PDF
By Jonathan Oxer, Hugh Blemings
Create your individual Arduino-based designs, achieve in-depth wisdom of the structure of Arduino, and study the basic Arduino language all within the context of functional tasks that you should construct your self at domestic. Get hands-on adventure utilizing quite a few tasks and recipes for every thing from domestic automation to check equipment.
Arduino has taken off as an extremely well known development block between ubicomp (ubiquitous computing) fans, robotics hobbyists, and DIY domestic automation builders. Authors Jonathan Oxer and Hugh Blemings offer distinct directions for construction a variety of either sensible and enjoyable Arduino-related initiatives, overlaying parts equivalent to leisure pursuits, automobile, communications, domestic automation, and instrumentation.
* Take Arduino past "blink" to a wide selection of tasks from uncomplicated to challenging
* Hands-on recipes for every little thing from domestic automation to interfacing along with your motor vehicle engine administration system
* causes of innovations and references to convenient assets for ubiquitous computing projects
Supplementary fabric encompasses a circuit schematic reference, introductions to a number of digital engineering ideas and basic tricks & tips. those mix with the tasks themselves to make Practical Arduino: Cool initiatives for Open resource Hardware a useful reference for Arduino clients of all degrees. You'll research a large choice of options that may be utilized for your personal projects.
What you'll learn
* communique with serial units together with RFID readers, temperature sensors, and GPS modules
* Connecting Arduino to Ethernet and WiFi networks
* including synthesized speech to Arduino
* Linking Arduino to internet services
* deciphering facts streams from advertisement instant devices
* tips to make DIY prototyping shields for just a couple of dollars
Who is that this booklet for?
This publication is for hobbyists and builders drawn to actual computing utilizing a inexpensive, easy-to-learn platform.
Read Online or Download Practical Arduino: Cool Projects for Open Source Hardware PDF
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Additional info for Practical Arduino: Cool Projects for Open Source Hardware
Example text
Complete schematic for Appliance Remote Control 18 CHAPTER 2 APPLIANCE REMOTE CONTROL Instructions Test and Investigate Appliance Remote Plug the appliance remote control receiver into a handy power outlet and then plug an appliance (a small lamp is ideal when testing) into the socket on the receiver. Test that the unit works correctly in factory form by using the remote control to turn the appliance on and off. There’s no point doing a lot of work modifying something if it doesn’t work as intended in the first place!
Arduino and shield using an appliance remote control to activate a lamp Variations Wireless Link Rather than having the Arduino tethered to a computer, you could replace the USB connection with a wireless link such as an XBee or 433MHz wireless module or even with an Ethernet shield to provide you with a web-services interface to your appliances. WiFi and Ethernet connectivity are discussed in later projects. Automatic Trigger The example programs rely on messages being sent to the Arduino via a serial connection.
27 CHAPTER 2 APPLIANCE REMOTE CONTROL The program then runs the setup function that tells the CPU to switch each of those digital pins into output mode, then forces them to an initial low state so all the relays are turned off when the program starts running. It also opens the serial port (USB on a Duemilanove) for communication with the host computer at a speed of 38400bps. begin(38400); // Set up the pins as outputs pinMode(output1, OUTPUT); pinMode(output2, OUTPUT); pinMode(output3, OUTPUT); pinMode(output4, OUTPUT); pinMode(output5, OUTPUT); pinMode(output6, OUTPUT); pinMode(output7, OUTPUT); pinMode(output8, OUTPUT); // Make sure the outputs are all set LOW initally digitalWrite(output1, LOW); digitalWrite(output2, LOW); digitalWrite(output3, LOW); digitalWrite(output4, LOW); digitalWrite(output5, LOW); digitalWrite(output6, LOW); digitalWrite(output7, LOW); digitalWrite(output8, LOW); } The program then enters the main loop, which is where the real action happens.