About This BookCover the most widely used methods in the Internet of Things using Arduino and iOS integration through Wi-Fi Shield and the BLE Breakout boardDesign five real-world projects including of electronics, Arduino code, and an iOS application that seamlessly work togetherA detailed guide that covers various sensors and actuators through which Arduino interacts with the world including a light sensor, hall effect sensor, accelerometer, servo motor, DC motor, and TRIAC for power line loadsWho This Book Is ForThis book is a technical guide for Arduino and iOS developers who have a basic knowledge of the two platforms but want to learn how to integrate them. The book includes a lot of external references to additional documentation and learning materials, so even if you are less experienced, you can still improve your knowledge of the subjects covered.What You Will LearnDesign circuits with Arduino, using sensors and actuatorsWrite code to handle analog and digital sensors with the most used protocols, including OneWire and SPIStore data on an SD card and in EEPROMBuild iOS applications using the MCV pattern and UIKit componentsAllow your applications to control Arduino and its hooked-up devicesManage TCP/IP and Bluetooth BLE communication between Arduino and iOS devicesMake your iOS application take advantage of the sensors available in the iOS devicesDevelop iOS applications that use iBeaconsIn DetailArduino and iOS devices have become popular due to their ease of use and flexibility. Integrating the two opens up new opportunities, allowing everyone to build devices that are extremely useful in everyday life.You will first learn how to control Arduino from an iPhone or iPad by writing the Arduino sketch and the iOS application, and then integrating everything together via Wi-fior Bluetooth BLE. You will then learn about various components that interact with the Arduino, such as digital and analog I/O, the Wi-fishield, Bluetooth BLE, SD card, OneWire, SPI, and so on. You will also learn about iOS, including the development of an application from scratch, GUI design and MVC, UIKit, iOS sensors, TCP and Bluetooth BLE communication, and more.

zlib/no-category/Fabrizio Boco/Arduino iOS Blueprints_118342778.azw3

Boco, Fabrizio

Community experience distilled, Birmingham, 2015

United Kingdom and Ireland, United Kingdom

1, 2015

<p>Integrate the Arduino and iOS platforms to design amazing real-world projects to sense and control external devices<br></p><p>About This Book<br></p><ul> <li>Cover the most widely used methods in the Internet of Things using Arduino and iOS integration through Wi-Fi Shield and the BLE Breakout board </li> <li>Design five real-world projects including of electronics, Arduino code, and an iOS application that seamlessly work together </li> <li>A detailed guide that covers various sensors and actuators through which Arduino interacts with the world including a light sensor, hall effect sensor, accelerometer, servo motor, DC motor, and TRIAC for power line loads </li></ul><p>Who This Book Is For<br></p><p>This book is a technical guide for Arduino and iOS developers who have a basic knowledge of the two platforms but want to learn how to integrate them. The book includes a lot of external references to additional documentation and learning materials, so even if you are less experienced, you can improve your knowledge on the subjects covered.<br></p><p>What You Will Learn<br></p><ul> <li>Design circuits with Arduino using sensors and actuators </li> <li>Write code to handle analog and digital sensors with the most used protocols including OneWire, I2C, and SPI) </li> <li>Store data on SD Card and in EEPROM </li> <li>Build iOS applications using the MCV pattern and the UIKit components </li> <li>Allow your applications to control Arduino and its hooked-up devices </li> <li>Manage TCP/IP, UDP, and Bluetooth BLE communication between Arduino and iOS devices </li> <li>Make your iOS application take advantage of the sensors available in the iOS devices including accelerometer, gyroscope, and compass </li> <li>Develop iOS applications that use iBeacons </li></ul><p>In Detail<br></p><p>Arduino and iOS devices have reached wide popularity due to their simple way of use and flexibility. Hence, their integration opens up new opportunities, allowing everyone to build devices that are extremely useful in everyday life.<br></p><p>You will first learn how to control Arduino from an iPhone or iPad by writing the Arduino sketch, the iOS application, and integrating everything together via Wi-Fi or Bluetooth BLE. You will then learn about various components that interact with the Arduino such as digital and analog I/O, Wi-Fi shield, Bluetooth BLE, SD card, OneWire, I2C, and so on. You will also learn about iOS, which includes the development of an application from scratch, GUI design and MVC, UIKit, iOS sensors, TCP and Bluetooth BLE communication, and more.<br></p><p>All the projects are described in detail, providing you with a learning tool, not just some sketches or some iOS code to copy.<br></p><p>Style and approach<br></p><p>This is a project-based book with a step-by-step guide that covers everything that you need to build an Arduino-iOS project, right from defining the basic requirements to the coding and testing the entire project. Each chapter ends with ideas on how to improve the project and to constantly learn the topics covered.<br></p>

Integrate the Arduino and iOS platforms to design amazing real-world projects to sense and control external devicesAbout This Book Cover the most widely used methods in the Internet of Things using Arduino and iOS integration through Wi-Fi Shield and the BLE Breakout board Design five real-world projects including of electronics, Arduino code, and an iOS application that seamlessly work together A detailed guide that covers various sensors and actuators through which Arduino interacts with the world including a light sensor, hall effect sensor, accelerometer, servo motor, DC motor, and TRIAC for power line loadsWho This Book Is For This book is a technical guide for Arduino and iOS developers who have a basic knowledge of the two platforms but want to learn how to integrate them. The book includes a lot of external references to additional documentation and learning materials, so even if you are less experienced, you can improve your knowledge on the subjects covered. What You Will Learn Design circuits with Arduino using sensors and actuators Write code to handle analog and digital sensors with the most used protocols including OneWire, I2C, and SPI) Store data on SD Card and in EEPROM Build iOS applications using the MCV pattern and the UIKit components Allow your applications to control Arduino and its hooked-up devices Manage TCP/IP, UDP, and Bluetooth BLE communication between Arduino and iOS devices Make your iOS application take advantage of the sensors available in the iOS devices including accelerometer, gyroscope, and compass Develop iOS applications that use iBeaconsIn Detail Arduino and iOS devices have reached wide popularity due to their simple way of use and flexibility. Hence, their integration opens up new opportunities, allowing everyone to build devices that are extremely useful in everyday life. You will first learn how to control Arduino from an iPhone or iPad by writing the Arduino sketch, the iOS application, and integrating everything together via Wi-Fi or Bluetooth BLE. You will then learn about various components that interact with the Arduino such as digital and analog I/O, Wi-Fi shield, Bluetooth BLE, SD card, OneWire, I2C, and so on. You will also learn about iOS, which includes the development of an application from scratch, GUI design and MVC, UIKit, iOS sensors, TCP and Bluetooth BLE communication, and more. All the projects are described in detail, providing you with a learning tool, not just some sketches or some iOS code to copy. Style and approach This is a project-based book with a step-by-step guide that covers everything that you need to build an Arduino-iOS project, right from defining the basic requirements to the coding and testing the entire project. Each chapter ends with ideas on how to improve the project and to constantly learn the topics covered

2024-06-27