“…Działa na komputerach Raspberry Pi, na maszynach wirtualnych i na komputerach marsjańskich łazików. …”

“…This year brings powerful new releases from Adafruit, Arduino, BeagleBoard, Google, Nvidia, Raspberry Pi, Teensy, and more. We’ve assembled the technical data for new boards and returning favorites (listing over 50% more than our previous guide!)…”

“…Zum Schluss lassen Sie das Netz noch auf einem Raspberry Pi Zero laufen. – Tariq Rashid hat eine besondere Fähigkeit, schwierige Konzepte verständlich zu erklären, dadurch werden Neuronale Netze für jeden Interessierten zugänglich und praktisch nachvollziehbar…”

Tabla de Contenidos: “…Cover -- Title Page -- Copyright and Credits -- Packt Upsell -- Contributors -- Table of Contents -- Preface -- Chapter 1: Robotics 101 -- The hardware arsenal -- Setting up Raspberry Pi -- Let's program -- Playing with voltage -- Summary -- Chapter 2: Using GPIOs as Input -- A deeper dive into GPIOs -- Interfacing the PIR sensor -- Interfacing the ultrasonic proximity sensor -- Interfacing through I2C -- Summary -- Chapter 3: Making a Gardener Robot -- Working with solenoids -- Making the robot -- Making it more intelligent -- Making it truly intelligent -- Summary -- Chapter 4: Basics of Motors -- The basics -- Getting it rolling -- Changing the speed -- Summary -- Chapter 5: Making a Pet Feeding Robot -- Force measurement -- Constructing the robot -- Making the robot detect pets -- Summary -- Chapter 6: Bluetooth-Controlled Robotic Car -- Basics of the vehicle -- Getting the vehicle ready -- Controlling the vehicle by Bluetooth -- Summary -- Chapter 7: Sensor Interface for Obstacle Avoidance -- Infrared proximity sensor -- Autonomous emergency braking -- Giving the car self-steering capabilities -- Making it fully autonomous -- Summary -- Chapter 8: Making Your Own Area Scanner -- Servo motor -- Lists -- Looking around -- LIDAR on an autonomous vehicle -- Summary -- Chapter 9: Vision Processing -- The basics of images -- Preparing Raspberry Pi for vision processing application -- Image recognition -- Summary -- Chapter 10: Making a Guard Robot -- Face detection -- Knowing the face -- Recognizing the face -- Making the guard robot -- Summary -- Chapter 11: Basic Switching -- Making Jarvis wake you up -- Working with relay and PIR sensor -- Making the alarm irritating -- Making it even more irritating -- Summary -- Chapter 12: Recognizing Humans with Jarvis -- Turn on the light Jarvis -- Understanding motion -- Perfecting motion…”

Tabla de Contenidos: “…Chapter 2: Arduino, Raspberry Pi, and Programming Physical ThingsProcessing and Arduino; Learning Processing; Arduino and Its Ecosystem; Interfacing an Arduino with the Real World; Output Pins; Input Pins; Shields; Stepper Motors; Circuit Design and Components; Resistors; LEDs; Power Supplies and Batteries; Raspberry Pi; Starting More Simply; Things You Need To Learn; Adult Supervision; Learning About Circuits; Learning to Code; Learning to Solder; Electrical Safety; Where to Learn Online; How Much Does Getting Started Cost?…”

Tabla de Contenidos: “…. -- Chapter 8: Using Real Devices to Connect and Implement Azure IoT Hub -- Install Windows IoT Core on Raspberry Pi -- Getting ready -- How to do it... -- There's more... -- Connect and configure IoT Core on Raspberry Pi -- Getting ready -- How to do it... -- There's more... -- Demo - smart parking -- Getting ready -- How to do it... -- How it works... -- Demo - temperature and humidity -- Getting ready -- How to do it... -- How it works... -- Using an online Raspberry Pi simulator -- How to do it... -- Chapter 9: Managing the Azure IoT Hub -- Introduction -- Device explorer for the Azure IoT Hub -- Getting ready -- How to do it... -- Using the IoT Hub command-line tool -- How to do it... -- There's more... -- IoT Hub operation monitoring -- Getting ready -- How to do it... -- There's more... -- See also -- The diagnostic metrics of the Azure IoT Hub -- How to do it... -- Scaling your IoT Hub solution -- Getting ready -- How to do it... -- There's more... -- Index…”

Tabla de Contenidos: “…-- Loops -- Program 2: Button Inputs -- Multiple Buttons -- Program 3: Touch Inputs -- Variables -- Program 4: The Temperature Sensor -- Formatting the Output -- Program 5: The Compass Sensor -- Program 6: The Accelerometer Sensor -- Delays -- Reading Raw Accelerometer Data -- Program 7: The Fruit Catcher Game -- The Setup -- The Main Program Loop -- Conditional Loops -- Conditional Statements -- Drawing the Sprites -- Finishing the Program -- Further Steps -- Part 3 -- Chapter 8 The Wireless BBC micro:bit -- The BBC micro:bit Radio -- Program 1: One-to-One Communication -- Program 2: One-to-Many Communication -- Program 3: Radio Groups -- Testing the Group Feature -- Using the BBC micro:bit with a Smartphone or Tablet -- Chapter 9 The BBC micro:bit and the Raspberry Pi -- About the Raspberry Pi -- Connecting the Raspberry Pi to the BBC micro:bit -- Reading from the BBC micro:bit -- Using the BBC micro:bit Display -- Practical Example: A CPU Monitor -- Chapter 10 Building Circuits -- Electronic Equipment -- The Input-Output Pins -- The Large Pins -- The Small Pins -- Serial Peripheral Interface (SPI) -- Inter-Integrated Circuit (I2C) -- Universal Asynchronous Receiver/Transmitter (UART) -- Your First Circuits -- Reading from a Button Input -- Reading Resistor Colour Codes -- Writing to an LED Output -- Fading an LED via PWM -- Reading an Analogue Input -- Chapter 11 Extending the BBC micro:bit -- Extending via Breakout Boards -- Kitronik Edge Connector Breakout Board…”

Tabla de Contenidos: “…Cover -- Copyright -- Contributors -- Table of Contents -- Preface -- Part 1: Introduction to Home Assistant - Installation and Configuration -- Chapter 1: Understanding Home Automation Systems -- Technical requirements -- Overview of home automation systems -- Benefits of having an automated home -- Saving time -- Feeling comfortable -- Saving money -- Being safe -- Home automation structure -- Home automation server -- Sensors -- Actuators -- Communication media -- Protocols and brokers (MQTT) -- User interface and other clients -- Example of a real home automation system -- History -- Current configuration -- Bill of materials and costs -- Summary -- Chapter 2: Getting Started with Home Assistant -- Technical requirements -- Learning about Home Assistant -- Introduction and evolution -- Home Assistant features and resources -- Important Home Assistant definitions -- Home Assistant availability -- Community and support -- YAML -- Raspberry Pi as a home automation server -- Hardware architecture -- Main Raspberry Pi features used by the home automation system -- Installing Home Assistant on a Raspberry Pi -- Preparing the SD card for Home Assistant installation -- Home Assistant installation verification of Raspberry Pi -- Home Assistant initial configuration -- Exploring a Home Assistant installation -- Home Assistant default screen and menu disposition -- Home Assistant sidebar navigation -- Home Assistant basic configurations -- User preference configuration -- General configuration -- People configuration -- MQTT configuration -- Wi-Fi network configuration -- Dashboard cleanup -- Summary -- Part 2: Install, Create, and Hack Sensors and Actuators -- Chapter 3: Hands-On Project 1 - Creating Your Own Sensor -- Technical requirements -- Knowing the parts and tools to build your sensor…”

“…In the present research work, a wireless monitoring and data acquisition system with an interface in LabVIEW was designed and implemented in real-time to monitor the electrical and environmental parameters of a 3kW SFCR. cable integrating devices such as a Raspberry pi 3B+, an Arduino Nano, using a 03 PT100 temperature sensor, a voltage divider as a voltage sensor, ACS758 current sensor, a calibrated cell as an irradiance sensor, and a graphics and storage interface From the data of a program developed in LabVIEW, the model and 3D printing of the pieces of the carcass can also be implemented, thus implementing a prototype with a DIN holder. …”

“…You’ll discover just how much you can do with only the parts that came with your kit–and how much farther you can go with extremely low-cost add-ons like Arduino and Raspberry Pi. You’ll learn how to reprogram your Mindstorms Intelligent Brick to add additional hardware options and create more complex programs. …”

“…Dieses ansprechend illustrierte und praxisorientierte Buch bringt Ihnen bei, wie Sie mit JavaScript auf Plattformen wie Arduino, Tessel 2 und Raspberry Pi Wetterstationen, motorisierte Geländefahrzeuge, Bluetooth-Türklingeln und vieles mehr konstruieren können. …”

“…This fully illustrated, hands-on book surveys JavaScript toolkits like Johnny-Five along with platforms including Raspberry Pi, Tessel, and BeagleBone. As you build project after interesting project, you'll learn to wire in sensors, hook up motors, transmit data, and handle user input. …”

“…This book takes a practical and content-driven approach to the latest technologies, including Raspberry Pi, IoT and cloud servers. Readers will go through step-by-step guides and sample scenarios such as sensing, actuating, connectivity, building middleware, and utilizing IoT and cloud-based technologies. …”

“….” -- Rich Blum , author, Sams Teach Yourself Arduino Programming in 24 Hours and Sams Teach Yourself Python Programming for Raspberry Pi in 24 Hours Powerful, flexible, and inexpensive, EAGLE is the ideal PCB design solution for every Maker/DIYer, startup, hobbyist, or student. …”

“…Working within the game itself, you'll learn to set up and run your own local Minecraft server, interact with the game on PC, Mac and Raspberry Pi, and develop Python programming skills that apply way beyond Minecraft. …”

“…The companion website includes a chapter on I/O systems with practical examples that show how to use the Raspberry Pi computer to communicate with peripheral devices such as LCDs, Bluetooth radios, and motors. …”

Tabla de Contenidos: “…Creating a ROS package for the blink demo -- Running the LED blink demo on Raspberry Pi and Odroid -- Questions -- Summary -- 5. …”

Tabla de Contenidos: “…-- Internet of Things (IoT) vs. smart devices -- Android Things vs. other platforms -- Emulators and testing -- Android Studio -- Design concepts behind Android Things -- Displays are optional -- Home activity support -- Permissions -- Android Things Console -- Supported APIs -- Hardware you will need -- Android Things developer kits -- Raspberry Pi -- NXP Pico iMX7D -- Rainbow HAT -- Components, circuits, and so on -- Wires and breadboards -- Setting up a developer kit -- Installing Android Things -- Configuring Wi-Fi using the script -- Configuring Wi-Fi using the system UI -- Connecting to your Android Things -- Creating an Android Things project -- Manifest -- Gradle configuration -- Activity code -- Summary -- Chapter 2: The Rainbow HAT -- Technical requirements -- Android Things architecture -- Peripheral lifecycle -- User space drivers -- LEDs -- The Arduino way -- Threads -- Coroutines -- Using Handler and Runnable -- Using Timer and Timertask -- Buttons -- Button driver -- Debouncing -- Button input drivers -- Piezo buzzer -- Alphanumeric display (Ht16k33) -- Temperature and pressure sensor (Bmx280) -- Direct read -- Continuous updates with sensor driver -- Adding pressure driver -- LED strip (Apa102) -- Summary -- Chapter 3: GPIO - Digital Input/Output -- Technical requirements -- Making the code work on any developer kit -- Using GPIO for output -- LEDs -- Relays -- Using GPIO for input -- Buttons -- Button driver -- Input drivers -- Controlling buttons directly with GPIO -- Other sensors -- Other usages of GPIO -- DC motor controller (L298N) -- Stepper motor (28BYJ-48) with controller (ULN2003)…”

“…We will also leverage a small yet powerful IoT chip, Raspberry Pi with Arduino, in order to integrate a smart decision-making system in the IoT projects. …”

“…Plus, more than 20 projects including: Build a Raspberry Pi-powered Photo Booth that sends photos to your friends and to the cloud.Make a DIY monster detector for kids to scout out scary closets and attics.Learn the basics for creating propane-powered fire art with an excerpt from our new book, Make: Fire.And much more…”