book

Raspberry Pi with Java: Programming the Internet of Things (IoT)

by Stephen Chin, James Weaver

October 2015

Intermediate to advanced

384 pages

7h 18m

English

McGraw-Hill

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Powering Your Raspberry PiPurchasing Compatible SD CardsFormatting SD CardsInstalling RaspbianConnecting Your Raspberry PiHow to Tell Your Raspberry Pi Is WorkingInstalling Raspbian with NOOBSNetworking Your Raspberry PiConnecting via EthernetConnecting via a Local Computer NetworkConnecting via a Wireless NetworkUpdating and UpgradingSetting Up a HostnameConnecting to Your Raspberry Pi with SSHCreating a Simple Raspberry Pi Application
Bill of MaterialsGetting Started with NetBeansDownloading and Configuring NetBeansRevisiting HelloRaspberryPiBrewing JavaCommunicating with a USB ScaleCoffee CalculatorAsynchronous CommunicationCoffee Brewing RecipeCommercial Licensing
Bill of MaterialsAccessing GPIO from JavaInstalling the Device I/O LibraryDevice I/O Pin AssignmentsDevice I/O Library LED TestUsing Pi4JPi4J Pin AssignmentsPi4J LED TestCounting Down in BinaryImplementing a Binary TimerWiring the BreadboardBinary Timer AlgorithmCompleted Binary TimerBonus: GPIO Performance Hacking

Bill of MaterialsSetting Up Your Raspberry Pi A+NFC/RFID Support on the Raspberry PiConfiguring Your Raspberry Pi for I2C, SPI, and UARTConnecting the Smart Card ReaderNFC Library ConfigurationCompiling and Installing libnfcCompiling and Installing ifdnfcReading Cards from JavaPhysical Construction of the IoT Hat
Bill of MaterialsRobot AssemblyProgramming the Line RunnerMakeblock/ARPI600 Pin MappingsPulse-Width ModulationInfrared ControllerLine FollowingObstacle DetectionSummary
Bill of MaterialsChoosing a ScaleTemperature ProbeTouchscreen DisplaysTea SuppliesMiscellaneous ItemsPrecise Measurement with a Serial ScaleConnecting the Serial ScaleTesting with MinicomAccessing the Scale from JavaReading Scale Data with Pi4JSerial Implementation of ScaleAccurate Temperature Sensing1-Wire Serial InterfaceTesting the DS18B20Accessing the Temperature Sensor from JavaTea RecipeJavaFX UI
Hardware Bill of MaterialsRequired SoftwareBuilding an Autonomous DroneSetting Up Your Raspberry PiEstablishing a Network Connection Between the Pi and Drone, and Configuring the Raspberry Pi as a WAPAssembling and Fastening the Hardware to the DroneWriting a Java Method that Contains Flight InstructionsConnecting to the Raspberry Pi via NetBeans to Remotely Deploy the Java Application and Supporting LibrariesFlying the Drone by Invoking the Java ApplicationAchieving Greater Degrees of AutonomyOrienting the Drone in 3D SpaceImplementing a Control Loop
Bill of MaterialsRaspberry PiDisplay and AdapterSpeaker and AudioNavigation and ButtonsWiring and ToolsCreating a GPIO ControllerWiring the ControllerSoldering the KippahDonning the KippahHooking Up SpeakersEmulating the NESRunning the EmulatorOverclocking Your Raspberry PiAutomatic NES Startup
Bill of MaterialsPower Supply3D PrinterConstruction of the RetroPi Case3D Modeling in Autodesk Fusion 360Printing the CaseAssembling the RetroPiDirect Wire AudioPortable PowerRewiring the ButtonsFitting the Internal HardwareAttaching the Screen