Introduction to Arduino
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This document introduces Arduino, an open-source electronics prototyping platform. It can be used for projects involving robotics, music, sensor networks, interactive objects, art and more. Arduino boards use microcontrollers and can read input from sensors and control outputs to actuators. The Arduino software and community help make electronics prototyping accessible to anyone. Examples of Arduino projects include interactive installations, high-speed photography systems, biomimetic art, and drone autopilots.
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Arduino board designs use a variety of microprocessors and controllers. The boards are equipped with sets of digital and analog input/output (I/O) pins that may be interfaced to various expansion boards ('shields') or breadboards (for prototyping) and other circuits. The boards feature serial communications interfaces, including Universal Serial Bus (USB) on some models, which are also used for loading programs. The microcontrollers can be programmed using the C and C++ programming languages (Embedded C), using a standard API which is also known as the Arduino Programming Language, inspired by the Processing language and used with a modified version of the Processing IDE. In addition to using traditional compiler toolchains, the Arduino project provides an integrated development environment (IDE) and a command line tool developed in Go.
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Advanced view arduino projects list use arduino for projects
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Our arduino project
Our arduino projectAlbaserra2005 This document discusses an Arduino project created by Alba Serrano. It provides an overview of what Arduino is, why the Arduino platform is useful, and what capabilities it offers. Specifically, it notes that Arduino is an open-source electronics platform that can read inputs and turn them into outputs by sending instructions to a microcontroller board. It has been used in thousands of projects due to its simple and accessible design. The Arduino software and hardware allow users ranging from children to hobbyists to create interactive objects and environments that can interact with various devices and sensors.
Arduino learning
Arduino learningAnil Yadav The Arduino document provides information on learning Arduino through examples, foundations of concepts, hacking guides, and additional links. It includes sections on examples programs, core concepts, extending Arduino hardware and software, and links to other documentation resources. A variety of examples are given to demonstrate uses of Arduino's input/output pins, analog/digital functions, communication, libraries, and interfacing with other hardware.
Oop 2014 embedded systems with open source hardware v2
Oop 2014 embedded systems with open source hardware v2Michael Stal The document discusses developing software for open source hardware. It begins with an overview of physical computing and the maker movement. It then discusses various open source hardware boards like Arduino, Raspberry Pi, and BeagleBone. The document outlines the prerequisites for building systems with these boards, including basic electronics knowledge. It provides examples of standard components that can be used. It also discusses programming models for embedded devices and provides a "Hello World" example in Arduino.
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- 1. Introduction to Arduino David A. Mellis 1 June 2010 Open University Photo by Jean-Baptiste Labrune
- 3. Introduction
- 4. What is physical computing? Prototyping with electronics. A connection between software and the world. Tinkering, hacking, kludging, breaking...
- 5. Inspiration Hacking Toys Circuit Bending Illustrations by Elisa Canducci Junk
- 6. What is Arduino? An open-source electronics prototyping platform.
- 7. What can you do with it? Robotics Music Sensor networks Interactive objects Interactive art Interactive spaces Interactive ...
- 8. Arduino Hardware Photos by SparkFun Electronics
- 9. What’s a microcontroller? Photo by SparkFun Electronics
- 10. Arduino Software
- 11. Input and Output Sense Sensor Actuator Sight Light, camera, color, IR LEDs, displays, lights Touch Buttons, pressure, rotation, Stepper motors, servo motors, DC temperature, bend motors Hearing Microphone, ultrasound Speakers Smell Gas sensors, artificial noses Fragrance emitters Taste Artificial tongues Flavor emitters Also... RFID, GPS, accelerometers, compass Wireless communication
- 12. Arduino Community International (distributors in U.S.A., U.K., Italy, Sweden, Russia, India, China, Japan, etc.) Large (the forum has over 100,000 posts) In lots of organizations (Arduino is used at IDEO, Rockwell Group, MIT, Stanford, CMU, etc.)
- 13. Arduino Philosophy Simple, cheap, and easy Standard tools and components Open-source
- 14. Related Tools
- 15. Max/MSP
- 16. Pure Data
- 17. Quartz Composer
- 18. Processing
- 19. Flash
- 20. Projects
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- 22. Earthwalk Jens Franke & Thomas Gläser
- 23. Collabolla Nathan Waterhouse, Gary Stilwell, Jennifer Bove, Simone Pia Photo by Ivan Gasparini
- 25. Color Mixer Hochschule für Gestaltung Schwäbisch Gmünd
- 26. High-Speed Photography Synoptic Labs Photo by David Lindes
- 27. Luxus Christian Flindt, Marcus Hannerstig, Pontus Stalin
- 28. Biomimetic Butterflies The Barbarian Group
- 29. Breathalyzer Genii CTP Photo by Christian Spanring
- 30. Binary Bridge Freddie Eksteen, Helge Fischer Neda Hajmomeni, Mey Lean Kronemann
- 31. Binary Bridge Freddie Eksteen, Helge Fischer Neda Hajmomeni, Mey Lean Kronemann
- 35. Hacking Espresso Machines Tim Hirzel & others
- 36. Meggy Jr. & Peggy Evil Mad Scientist Laboratories
- 37. ArduPilot Chris Anderson and DIY Drones
- 38. Shall we get started?