u013555888的博客

Learn Robotics with Raspberry Pi will take you from inexperienced maker to robot builder. You'll start off building a two-wheeled robot powered by a Raspberry Pi minicomputer and then program it using Python, the world's most popular programming language. Gradually, you'll improve your robot by adding increasingly advanced functionality until it can follow lines, avoid obstacles, and even recognize objects of a certain size and color using computer vision. Learn how to: - Control your robot remotely using only a Wii remote - Teach your robot to use sensors to avoid obstacles - Program your robot to follow a line autonomously - Customize your robot with LEDs and speakers to make it light up and play sounds - See what your robot sees with a Pi Camera As you work through the book, you'll learn fundamental electronics skills like how to wire up parts, use resistors and regulators, and determine how much power your robot needs. By the end, you'll have learned the basics of coding in Python and know enough about working with hardware like LEDs, motors, and sensors to expand your creations beyond simple robots.

Key Features Get started with Raspberry Pi Zero and put all of its exciting features to use Create fun games and programs with little or no programming experience Learn to use this super-tiny PC to control hardware and software for work, play, and everything else Book Description Raspberry Pi Zero is half the size of Raspberry Pi A, only with twice the utility. At just three centimeters wide, it packs in every utility required for full-fledged computing tasks. This practical tutorial will help you quickly get up and running with Raspberry Pi Zero to control hardware and software and write simple programs and games. You will learn to build creative programs and exciting games with little or no programming experience. We cover all the features of Raspberry Pi Zero as you discover how to configure software and hardware, and control external devices. You will find out how to navigate your way in Raspbian, write simple Python scripts, and create simple DIY programs. What you will learn Understand how to initially download the operating system and set up Raspberry Pi Zero Find out how to control the GPIO pins of Raspberry Pi Zero to control LED circuits Get to grips with adding hardware to the GPIO to control more complex hardware such as motors Add USB control hardware to control a complex robot with 12 servos Include speech recognition so that projects can receive commands Enable the robot to communicate with the world around it by adding speech output Control the robot from a distance and see what the robot is seeing by adding wireless communication Discover how to build a Robotic hand and a Quadcopter About the Author Richard Grimmett has always been fascinated by computers and electronics since his very first programming project that used Fortran on punch cards. He has a bachelor's and master's degree in electrical engineering and a PhD in leadership studies. He also has 26 years of experience in the radar and telecommunications industries, and even has one of the o

This guide attempts to introduce the 'C' Programming Language to the novice programmer, using Linux as the host environment. This means you can learn C on a Raspberry Pi or you can use a distribution such as Ubuntu linux installed on a PC or you can use something such as VirtualBox. This guide starts with the simplest “hello world” program and attempts to explain what each part of the program is for, in a clear and concise manner. You will learn about input and output, variables, loops and conditional tests. Although C is not a “beginner’s” programming language, if you spend about 20 hours working through this guide, it will give you a solid basis on which to develop programming skills and knowledge.The main topics covered are: Compilation - Compiling and Running C Programs, Installing Codeblocks IDE on Raspberry Pi / Linux, Variables and Data Types in C, Operators, Input and output - printf and scanf, Strings, Arrays, Loops, Conditional Tests, Pointers, Header Files.

pdf,epub,mobi Three in one zip file. Jump right into the pro-level guts of the Raspberry Pi with complete schematics and detailed hardware explanations as your guide. You'll tinker with runlevels, reporting voltages and temperatures, and work on a variety of project examples that you can tune for your own project ideas.. This book is fully updated for the latest Pi boards with three chapters dedicated to GPIO to help you master key aspects of the Raspberry Pi. You'll work with Linux driver information and explore the different Raspberry Pi models, including the Pi Zero, Pi Zero W, Pi 2, Pi3 B and Pi3 B+. You'll also review a variety of project examples that you can tune for your own project ideas. Other topics covered include the 1-Wire driver interface, how to configure a serial Linux console, and cross-compile code, including the Linux kernel. You'll find yourself turning to Advanced Raspberry Pi over and over again for both inspiration and reference. Whether you're an electronics professional, an entrepreneurial maker, or just looking for more detailed information on the Raspberry Pi, this is exactly the book for you.What You'll LearnMaster I2C and SPI communications from Raspbian Linux in CProgram USB peripherals, such as a 5-inch LCD panel with touch control and the Pi cameraStudy GPIO hardware, the sysfs driver interface and direct access from C programsUse and program the UART serial device. Who This Book Is ForAdvanced Raspberry Pi users who have experience doing basic projects and want to take their projects further.

You’ve mastered the basics, conquered the soldering iron, and programmed a robot or two; now you’ve got a set of skills and tools to take your Arduino exploits further. But what do you do once you’ve exhausted your to-build list? Arduino Playground will show you how to keep your hardware hands busy with a variety of intermediate builds, both practical and just-for-fun. Advance your engineering and electronics know-how as you work your way through these 10 complex projects: –A reaction-time game that leverages the Arduino’s real-time capabilities –A tool for etching your own printed circuit boards –A regulated, variable-voltage power supply –A kinetic wristwatch winder decked out with LEDs –A garage parking assistant that blinks when your vehicle is perfectly parked –A practical and colorful pH meter –A ballistic chronograph that can measure the muzzle velocity of BB, Airsoft, and pellet guns –A battery saver that prevents accidental discharge –A square-wave generator –A thermometer that tells the temperature using a sequence of colored LEDs

About This Book This course won't just teach you. It will help you apply your knowledge so you can get creative – quickly! Find out how to make a computer interact with the real-world – you'll be learning the basics of IoT without realizing it. Robots. A sound controlled Christmas tree. This course proves anything is possible with an Arduino! Who This Book Is For Seeking inspiration? This course will help you get creative with your Arduino quickly. What You Will Learn Find out how to explore the full potential of your tiny Arduino Find out how to bridge the gap between the real world and software, as you gather and visualize data from the environment Create simple servers to allow communication to occur Transform your Arduino into a GPS tracker Use the Arduino to monitor top secret data Build a complete spy robot!

This DIY guide provides a practical introduction to microcontroller programming with MicroPython. Written by an experienced electronics hobbyist, Python for Microcontrollers: Getting Started with MicroPython features eight start-to-finish projects that clearly demonstrate each technique. You will learn how to use sensors, store data, control motors and other devices, and work with expansion boards. From there, you’ll discover how to design, build, and program all kinds of entertaining and practical projects of your own. • Learn MicroPython and object-oriented programming basics • Explore the powerful features of the Pyboard, ESP8266, and WiPy • Interface with a PC and load files, programs, and modules • Work with the LEDs, timers, and converters • Control external devices using serial interfaces and PWM • Build and program a let ball detector using the 3-axis accelerometer • Install and program LCD and touchsensor expansion boards • Record and play sounds using the AMP audio board

Arduino is an open-source prototyping platform based on easy-to-use hardware and software. Arduino provides an open-source and easy-to-use programming tool, for writing code and uploading it to your board. It is often referred to as the Arduino IDE (Integrated Development Environment). The Arduino boards are able to read inputs - light, proximity or air quality on a sensor, or an SMS or Twitter message - and turn it into an output - activating a motor, turning on a light, publishing content online or trigger external events. You can tell your board what to do by writing code and uploading it to the microcontroller on it using the Arduino programming language (based on Wiring), and the Arduino Software (IDE), based on Processing. Over the years Arduino has powered thousands of projects. Arduino has gathered around a community where beginners and experts from around the world share ideas, knowledge and their collective experience. There are thousands of makers, students, artists, designers, programmers, researchers, professionals and hobbyists worldwide who use Arduino for learning, prototyping, and finished professional work production. Arduino was born at the Interaction Design Institute Ivrea IDII from the Wiring project as an easy tool for fast prototyping, aimed at students without a background in electronics and programming. The main objective of both projects is to make the process of working with technology and electronics easier. The Arduino board has evolved to adapt to new needs ranging from simple 8-bit boards to products ready for IoT applications. All Arduino boards are completely open-source, empowering users to build them independently and eventually adapt them to their particular needs. The software is open-source, and it is growing through the contributions of developers and the Arduino community worldwide. There have been many similar projects, but none of them succeeded as well as Arduino has, due to how easy it is to use the software, and the affordability of the hardware. The Arduino software is easy-to-use for beginners, yet flexible enough for advanced users needs. It runs on Mac, Windows, and Linux.

About This Book Build your own low-power, wireless network using ready-made Arduino and XBee hardware Create a complex project using the Arduino prototyping platform A guide that explains the concepts and builds upon them with the help of examples to form projects Who This Book Is For This book is targeted at embedded system developers and hobbyists who have some working knowledge of Arduino and who wish to extend their projects using wireless connectivity.

Learn the fundamentals of PLCs and how to control them using Arduino software to create your first Arduino PLC. You will learn how to draw Ladder Logic diagrams to represent PLC designs for a wide variety of automated applications and to convert the diagrams to Arduino sketches. A comprehensive shopping guide includes the hardware and software components you need in your tool box. You will learn to use Arduino UNO, Arduino Ethernet shield, and Arduino WiFi shield. Building Arduino PLCs shows you how to build and test a simple Arduino UNO-based 5V DC logic level PLC with Grove Base shield by connecting simple sensors and actuators. You will also learn how to build industry-grade PLCs with the help of ArduiBox.

Arduino TIAN is a development tool with enabling IoT platform to accelerate your project. This book helps you to get started with Arduino TIAN. The following is highlight topics in this book: * Preparing Development Environment * Getting Started with Arduino TIAN * Arduino TIAN Sketch Programming * Arduino TIAN Linux Programming * Working with Bluetooth on Arduino TIAN * Building IoT Program for Arduino TIAN * Energy Saving and RTC Libraries

Gain a strong foundation of Arduino-based device development, from which you can go in any direction according to your specific development needs and desires. You'll build Arduino-powered devices for everyday use, and then connect those devices to the Internet. You'll be introduced to the building blocks of IoT, and then deploy those principles to by building a variety of useful projects. Projects in the books gradually introduce the reader to key topics such as internet connectivity with Arduino, common IoT protocols, custom web visualization, and Android apps that receive sensor data on-demand and in realtime. IoT device enthusiasts of all ages will want this book by their side when developing Android-based devices. If you're one of the many who have decided to build your own Arduino-powered devices for IoT applications, then Building Arduino Projects for the Internet of Things is exactly what you need. This book is your single resource--a guidebook for the eager-to-learn Arduino enthusiast--that teaches logically, methodically, and practically how the Arduino works and what you can build with it.

Grasp the knowledge required to assemble your drone with light and cost effective materials Enlighten your understanding about the flight by performing step-by-step pre-flight adjustments and acquiring the instructions for a safe flight Get the best tips to deal with performance issues related to yo

Beginning C for Arduino is written for those who have no prior experience with microcontrollers or programming but would like to experiment and learn both. This book introduces you to the C programming language, reinforcing each programming structure with a simple demonstration of how you can use C to control the Arduino family of microcontrollers. Author Jack Purdum uses an engaging style to teach good programming techniques using examples that have been honed during his 25 years of university teaching.

This is a book with the aim of helping your realize the potential of the Arduino and allowing you to create applications that transfer live data back to you PC ready for analysis and manipulation. In this book you will find ways to create games and tools such as a spectrometer for use in education or just for fun. It contains details on the software and materials requirements to start collecting data as well as a number of projects that start you off on the road to analyzing live data, this includes the building of a functional single beam spectrometer.

This book offers key solutions and advice to address the hiccups faced when working on Arduino-based IoT projects in the real world Take your existing skills and capabilities to the next level by building challenging IoT applications with ease. Be the tech disruptor you always wanted to be with key recipes that help you solve Arduino IoT related problems smarter and faster. Put IoT to work through recipes on building Arduino-based devices that take control of your home, health, and life!

Learn the capabilities and differences between popular protocols and communication patterns and how they can be used, and should not be used, to create secure and interoperable services and things Build Internet-based Arduino devices to make your home feel more secure Learn to protect cyber-physical systems and utilize forensic data analysis to beat vulnerabilities in your IoT ecosystem Learn best practices to secure your data from device to the cloud

Arduino, Teensy, and related microcontrollers provide a virtually limitless range of creative opportunities for musicians and hobbyists who are interested in exploring "do it yourself" technologies. Given the relative ease of use and low cost of the Arduino platform, electronic musicians can now envision new ways of synthesizing sounds and interacting with music-making software. In Arduino for Musicians, author and veteran music instructor Brent Edstrom opens the door to exciting and expressive instruments and control systems that respond to light, touch, pressure, breath, and other forms of real-time control. He provides a comprehensive guide to the underlying technologies enabling electronic musicians and technologists to tap into the vast creative potential of the platform.

Arduino 101 houses an Intel Curie module which offers a better performance at a lower power footprint. The module has two 32-bit MCUs - an x86 Intel Quark processor and an ARC EM4 processor along with 384kB flash memory and 80kB SRAM. These onboard MCUs combine a variety of new technologies including wireless communication via Bluetooth Low Energy, 6 axis motion sensor with an accelerometer, and a gyroscope. With this book, you will: Explore neural net pattern matching Have the Arduino learn gesture recognition Perfect for students, teachers, and hobbyists who need just enough information to get started with the Arduino 101.

A carefully designed 10-day crash course, covering major project/device types, with 20+ unique hands-on examples Get easy-to-understand explanations of basic electronics fundamentals and commonly used C sketch functions This step-by-step guide with 90+ diagrams and 50+ important tips will help you become completely self-reliant and confident

The popular Arduino platform now includes many boards and kits that allow to design complex and powerful wireless measurement and control systems. The material of this book covers the use of Wi-Fi for designing wireless broadband control and measurement systems built around two popular Wi-Fi boards, NodeMCU with ESP8266 CPU and Ameba RTL8195 with RTL8195AM Cortex-M3. This book is thought as a highly practical guide to programming simple wireless systems for remote control and measurement. The material of the book assumes that the readers are familiar, at least, with basics of designing and assembling simple electronic circuits. Each project is accompanied by a brief description which helps to make things clear. All projects described in this guide can be easily improved or modified if necessary. All wireless projects from t

Arduino is an open-source electronics platform based on easy-to-use hardware and software while LabVIEW is a graphical programming telling how to connect functions and work with a variety of datatypes when constructing applications.This book will help beginners to get started with Arduino-based embedded systems including essential know-how of the programming and interfacing of the devices. Book includes programming and simulation of Arduino-based projects and interfacing with LabVIEW, based on practical case studies. The book comprises of total twenty five chapters with description, working model of LabVIEW and programming with Arduino IDE.

Key Features Learn to create a fully functional Drone with Arduino and ESP8266 and their modified versions of hardware. Enhance your drone's functionalities by implementing smart features. A project-based guide that will get you developing next-level drones to help you monitor a particular area with

Building robots that sense and interact with their environment used to be tricky. Now, Arduino makes it easy. With this book and an Arduino microcontroller and software creation environment, you’ll learn how to build and program a robot that can roam around, sense its environment, and perform a wide variety of tasks. All you to get started with the fun projects is a little programming experience and a keen interest in electronics. Make a robot that obeys your every command—or runs on its own. Maybe you’re a teacher who wants to show students how to build devices that can move, sense, respond, and interact with the physical world. Or perhaps you’re a hobbyist looking for a robot companion to make your world a little more futuristic. With Make an Arduino Controlled Robot, you’ll learn how to build and customize smart robots on wheels. You will: Explore robotics concepts like movement, obstacle detection, sensors, and remote control Use Arduino to build two- and four-wheeled robots Put your robot in motion with motor shields, servos, and DC motors Work with distance sensors, infrared reflectance sensors, and remote control receivers Understand how to program your robot to take on all kinds of real-world physical challenges

How did you get started with Arduino? I got started using Arduino because I wanted to be able to keep track of the temperature inside the house compared to the temperature outside. That way, I could see how the seasons and outside temperature fluctuations affect our energy use - and, of course, our energy bill! I needed a way to take readings of temperature sensors and send those to my computer. There are a lot of ways to do this, but at the time, I could see that Arduino would allow me to do so many more things. I got my hands on one as fast as possible and in the process met the Arduino team. Why do you think Arduino has become so popular so quickly? The main reason is that it is easy to use. It used to be pretty difficult for the average person to program and upload code to microcontrollers - and they were a lot more expensive! So even if you got the code working, if you then hooked it up wrong and fried it, you were out a lot of money. Arduino has some built in protection against this, and it is much easier to make connections to the microcontroller because of the way the board is laid out. Any advice for someone who might be interested in Arduino, but isn't sure where to start? Well, first of all I'd check out the Arduino website to get a good idea of what Arduino is all about and what it can do. Then, I'd grab a copy of Arduino For Dummies, by my friend John Nussey and try out some of the simple demos in the book. Once you've got that under your belt, you can take a crack at some of the projects in my book too. What are some of the interesting things you can create with Arduino? There are all kinds of cool things you can do, and I've tried to include a wide range of projects in my book that demonstrate many of its capabilities. Since you can use an Arduino to read just about any kind of sensor data, the obvious thing to do is use it to detect changes in the environment, light temperature, light levels, and soil moisture. You can even detect sound levels and do motion detection, as well. You can also use it to control things like LEDs, motors, and just about anything you can turn on or off with a switch. The fun part is mixing these together - you can do mashups of sensors and things they control, like linking a pet door to Twitter. What is your all-time favorite Arduino project that you've either worked on or heard about from someone else? My favorite right now is called the "Immaterials Project" by Timo Arnall and his colleagues. It uses an Arduino to control a 12-foot pole that has a string of LEDs mounted on it. The Arduino lights up the LEDs sequentially, based upon the strength of nearby Wi-Fi network signals. They carry around the stick in city streets and photograph it with long-exposure photography. The effect is that you see a sort of bar chart laid over the street scene, showing how strong the network signal is. I like it because it reveals the invisible signals that we are walking around in all the time, but never really think about. What is a good project for new Arduino users to start out with? The usual project for beginners is called "Blink", which shows you how to flash an LED. Computer programming languages all have what's called a "Hello World" program where you get the code to do the most basic thing - display something on the computer screen. Since an Arduino doesn't have a screen, the equivalent is controlling an LED. Just about anyone can get started flashing an LED in a few minutes and then learn how to change how it flashes. From there, you just build up your knowledge and skills as the basic principles pretty much stay the same. What should people expect when they open a copy of Arduino Projects For Dummies? They will find a bunch of different projects that are about using the Arduino for doing clever things. There are easy projects you can build in a couple of hours and harder ones that might need a weekend or more to finish. And all of them can be extended to do more cool stuff that I didn't think of! I've explained how to build them in a straightforward way so that everything you need to know is in there, including what materials you need for the projects and where to get them. I've also tried to include lots of photos of building the projects - which you don't always get in other books or online. I hope anyone who gets the book will be inspired to make something even cooler than what is already covered in the book!

What is the best way for new Arduino users to get started? I'd say the best way get started with Arduino is to find a workshop near you and see where it takes you. Workshops really accelerate your learning and put you in an environment with like-minded people. I've met all kinds of interesting people through workshops. Sometimes they'll open your eyes to completely new "scenes" that you wouldn't know about otherwise, and other time, you'll find people that might be excited about exactly the same things as you. What is your all-time favorite Arduino project that you've either worked on or heard about from someone else? My own favourite project is the Pen Nib Dress that I made with Steven Tai. It's my favourite purely because it's so beautiful to look at. It's maybe a little impractical (weighing about 5 kg. or just over 11 lbs.) for the poor model who had to wear it but that's the way it is with prototypes! Why do you think Arduino has become such a popular device, especially for tech hobbyists? Arduino is cheap and easy to use, but I don't think that either of these is the main reason that it's so popular. The community around it is what's so remarkable and this is something that you see on the Arduino forums. If they were entirely populated by one group of people, whether it were artists, designers, programmers, engineers or hobbyists, then it wouldn't work, but there seems to be an excellent ecosystem of people on the forum pages to both ask new and challenging questions as well as to answer them. How do you think Arduino has influenced interactive design projects? Arduino has made it possible to quickly and easily get a lot of concepts into the real world. Students can build prototypes that actually work for their final shows and design studios can build the interactive elements of a project themselves without needing an entire technical company to partner with. This allows people to make their ideas a reality, which makes it easier to convey them to a client and also to see if they work the way you expect. I believe that prototyping is an essential process and skill to have in the design industry today and that through this process you will understand more about your project or idea than any number of sketches, renderings or simulations can teach you. Any advice for someone who may be interested in Arduino, but not sure what it's all about? Get Googling! It's all out there on the net: talks, workshops, resources, kits, and more. Once you've seen a few other projects, you'll have an idea of what's possible and what's interesting to you, then you can think about your own projects and how Arduino can help you solve a problem or maybe just create something interesting. What should people expect when they open a copy of Arduino For Dummies? Arduino For Dummies is written for not-technical people that are interested in learning more about technology. The first part of the book gets you familiar with Arduino and what it involves, then there are some simple examples to teach you the fundamentals that you'll need to know before you go further. Later on there's a bit of inspiration to get you thinking about the kind of projects that you can build, a bit of practical advice to get your prototyping skills up to scratch, and then the book dives into a few more advanced uses to give you an idea of what's possible with this fantastic little board!