Tabla de Contenidos: “…3.1.2 Kubernetes mit dem Azure Kubernetes Service installieren -- 3.1.3 Kubernetes auf den Amazon Web Services installieren -- 3.1.4 Kubernetes mit minikube lokal installieren -- Tipp -- 3.2 Kubernetes in Docker ausführen -- 3.3 Kubernetes auf dem Raspberry Pi ausführen -- 3.4 Der Kubernetes-Client -- 3.4.1 Den Cluster-Status prüfen -- Tipp -- Tipp -- 3.4.2 Worker-Knoten in Kubernetes auflisten -- 3.5 Cluster-Komponenten -- 3.5.1 Kubernetes-Proxy -- 3.5.2 Kubernetes-DNS -- Tipp -- 3.5.3 Kubernetes-UI -- 3.6 Zusammenfassung -- 4 Häufige kubectl-Befehle -- 4.1 Namensräume -- 4.2 Kontexte -- 4.3 Objekte der Kubernetes-API anzeigen -- 4.4 Kubernetes-Objekte erstellen, aktualisieren und löschen -- Tipp -- 4.5 Objekte mit einem Label und Anmerkungen versehen -- 4.6 Debugging-Befehle -- Tipp -- 4.7 Autovervollständigen von Befehlen -- 4.8 Alternative Möglichkeiten zur Kommunikation mit Ihrem Cluster -- 4.9 Zusammenfassung -- 5 Pods -- Abb. 5-1 Ein Beispiel-Pod mit zwei Containern und einem gemeinsamen Dateisystem -- Tipp -- 5.1 Pods in Kubernetes -- 5.2 In Pods denken -- 5.3 Das Pod-Manifest -- Tipp -- 5.3.1 Einen Pod erstellen -- 5.3.2 Ein Pod-Manifest schreiben -- Listing 5-1 kuard-pod.yaml -- 5.4 Pods starten -- 5.4.1 Pods auflisten -- Tipp -- 5.4.2 Pod-Details -- 5.4.3 Einen Pod löschen -- 5.5 Auf Ihren Pod zugreifen -- 5.5.1 Port-Forwarding einsetzen -- 5.5.2 Mehr Informationen aus Logs erhalten -- Tipp -- 5.5.3 Befehle in Ihrem Container mit exec ausführen -- 5.5.4 Dateien von und auf Container kopieren -- 5.6 Health-Checks -- 5.6.1 Liveness-Probe -- Listing 5-2 kuard-pod-health.yaml -- Tipp -- 5.6.2 Readiness-Probe -- 5.6.3 Arten von Health-Checks -- 5.7 Ressourcen-Management -- 5.7.1 Ressourcen-Anforderungen: Minimal notwendige Ressourcen -- Listing 5-3 kuard-pod-resreq.yaml -- Tipp -- Details zu den Request-Grenzen -- Tipp…”

Materias:

“…LEGO und Elektronik : Raspberry Pi, Arduino, Sensoren, Motoren und vieles mehr einsetzen und programmieren…”

Materias:

Materias:

“…This book uses Raspberry Pi as the main hardware platform and C/C++ to write sketches to build projects. …”

“…"Das Sensor-Buch" zeigt anhand ausführlich dargestellter Elektronik-Projekte den klugen Einsatz von Sensoren im Zusammenspiel mit dem Arduino und dem Raspberry Pi…”

“…In Internet of Things Programming Projects, we unleash the power of Raspberry Pi and Python to create engaging projects. …”

Tabla de Contenidos: “…Chapter 1: An Overview of IoT and Sensors -- Chapter 2: IoT Sensors and their Interfacing Protocols -- Chapter 3: Programming SBCs -- Chapter 4: Wireless Connectivity for IoT -- Chapter 5: Internet of Things Through Raspberry Pi -- Chapter 6: Home Electrification and Node Red -- Chapter 7: Supply Chain Management: Industry 4.0 and mqtt Application -- Chapter 8: Raspberry Pi Based go no-go Kit Design using rpi Camera and Image Processing Algorithms -- Chapter 9: Programming Water Quality Sensors -- Chapter 10: IoT Based Shrimp Farming…”

Tabla de Contenidos: “…PART I 0́3 THEORY AND CONCEPTSCHAPTER 1 0́3 The Internet of Things (IoT)1.1A New Design Paradigm: The Internet of Things1.2Introduction to the IoT Framework1.3Understanding the FULL Potential of the Internet of Things1.4Challenges of Implementing effective IoT Systems1.5Effective Implementation of IoT Systems: A step-by-step Process1.6Case studies of Successful IoT Applications1.7IoT of Tomorrow: Emerging Trends of the Internet of ThingsCHAPTER 2 0́3 Foundation Topics: Concepts2.1Terminologies & Fundamentals2.2Embedded Systems: Introduction2.3Embedded Systems: Hardware Considerations2.4Embedded Systems: Software Considerations2.5Embedded Systems: Peripherals2.6Online Resources: The Journey ContinuesPART II 0́3 HANDS-ON SYSTEM DEVELOPMENTCHAPTER 3 0́3 Foundation Topics: Programming & Coding3.1Programming Languages: C++3.2Programming Languages: Python3.3The Linux Operating SystemCHAPTER 4 0́3 Controller Boards IoT Systems (Arduino Systems)4.1The Arduino Boards4.2Arduino Peripherals4.3The Arduino Integrated Development Environment (Arduino IDE)4.4Hands-on Projects: Arduino Autonomous Systems4.5Hands-on Projects: Arduino-based IoT SystemsCHAPTER 5 0́3 Computer Boards IoT Systems (Raspberry Pi Systems)5.1The Raspberry Pi Boards5.2The Raspberry Pi Peripherals5.4Hands-on Projects: Raspberry Pi Autonomous Systems5.5Hands-on Projects: Raspberry Pi-based IoT Systems…”

Tabla de Contenidos: “…; Buying the Raspberry Pi; Related websites and documentation; Preparing the Raspberry Pi for JavaFX 8; Creating a bootable SD card; Using NOOBS; Configuring the Raspberry Pi; Connecting to the Raspberry Pi remotely…”

Tabla de Contenidos: “…Introduction -- Quickstart -- Components and libraries -- Editing schematics -- Laying out a printed circuit board -- Printed circuit board fabrication -- Soldering -- Example : an Arduino shield -- A Raspberry Pi expansion board -- Commands, scripts, and user-language programs -- Creating libraries and parts…”

Tabla de Contenidos: “…Chapter 5: BLE Indoor Navigation Using Estimote Beacons -- Introducing indoor navigation -- Estimote Location Beacons and triangulation -- Estimote Location Beacons -- Triangulation for indoor navigation -- Indoor location using the Estimote Location Beacons -- Setting up an indoor location using the iOS app -- Estimote Location SDK on Swift -- EILIndoorLocationManager -- EILLocation -- EILLocationBuilder -- EILOrientedPoint -- EILPositionedBeacon -- EILRequestAddLocation -- EILRequestFetchLocation -- EILRequestModifyLocation and EILRequestRemoveLocation -- Implementing indoor navigation using the Estimote Location SDK on Swift -- Summary -- Chapter 6: Bluetooth Mesh Technology -- Introduction to mesh networking -- Advantages of mesh networking -- Mesh networking in wireless technologies -- Wireless mesh networks -- Mesh networking in ZigBee -- Mesh networking in Bluetooth Low Energy -- Security complications in BLE mesh -- CSRMesh -- Setting up the CSRMesh development kit -- The Android CSRMesh control application -- Step 1 - connect to the network -- Step 2 - set up a mesh network -- Step 3 - associate new devices with your network -- Step 4 - authorize connected devices -- Additional step - controlling light and thermostat -- Additional step - configuring your devices -- Additional step - grouping your devices -- CSRMesh library for Android -- Getting started with the CSRMesh Android library -- Using MeshService -- Mesh handler -- Mesh controlling using Model classes -- Summary -- Chapter 7: Implementing a Bluetooth Gateway Using the Raspberry Pi 3 -- Introducing the Raspberry Pi -- Raspberry Pi 3 Model B -- Applications of the Raspberry Pi in the Internet of Things -- Media center using Raspberry Pi -- Cloud storage using Raspberry Pi -- Tracker using Raspberry Pi -- Web server using Raspberry Pi…”

Tabla de Contenidos: “…Introducing the Windows 10 IoT Core -- 3. Introducing the Raspberry Pi -- 4. Developing IoT Solutions with Windows 10 -- 5. …”

Tabla de Contenidos: “…Introduction -- Creating and running containers -- Deploying a Kubernetes cluster -- Common kubectl commands -- Pods -- Labels and annotations -- Service discovery -- ReplicaSets -- DaemonSets -- Jobs -- ConfigMaps and secrets -- Deployments -- Integrating storage solutions and Kubernetes -- Deploying real-world applications -- Building a Raspberry Pi Kubernetes cluster…”

Tabla de Contenidos: “…Introduction -- Creating and running containers -- Deploying a Kubernetes cluster -- Common kubectl commands -- Pods -- Labels and annotations -- Service discovery -- ReplicaSets -- DaemonSets -- Jobs -- ConfigMaps and secrets -- Deployments -- Integrating storage solutions and Kubernetes -- Deploying real-world applications -- Building a Raspberry Pi Kubernetes cluster…”

Tabla de Contenidos: “…. -- Using the DHT22 sensor with the Raspberry Pi Pico -- Getting ready -- How to do it... -- Preparing the input features for the model inference -- Getting ready -- How to do it... -- On-device inference with TFLu -- Getting ready -- How to do it... -- Chapter 4: Voice Controlling LEDs with Edge Impulse -- Technical requirements -- Acquiring audio data with a smartphone -- Getting ready -- How to do it... -- Extracting MFCC features from audio samples -- Getting ready -- How to do it... -- There's more... -- Designing and training a NN model -- Getting ready -- How to do it... -- Tuning model performance with EON Tuner -- Getting ready -- How to do it... -- Live classifications with a smartphone -- Getting ready -- How to do it... -- Live classifications with the Arduino Nano -- Getting ready -- How to do it... -- Continuous inferencing on the Arduino Nano -- Getting ready -- How to do it... -- Building the circuit with the Raspberry Pi Pico to voice control LEDs -- Getting ready -- How to do it... -- Audio sampling with ADC and timer interrupts on the Raspberry Pi Pico -- Getting ready -- How to do it... -- There's more... -- Chapter 5: Indoor Scene Classification with TensorFlow Lite for Microcontrollers and the Arduino Nano -- Technical requirements -- Taking pictures with the OV7670 camera module -- Getting ready -- How to do it... -- Grabbing camera frames from the serial port with Python -- Getting ready -- How to do it... -- Converting QQVGA images from YCbCr422 to RGB888 -- Getting ready -- How to do it... -- Building the dataset for indoor scene classification -- Getting ready -- How to do it…”

Tabla de Contenidos: “…-- Testing all -- Summary -- Chapter 2: Connecting IoT Devices to AWS IoT Platform -- Introducing a connectivity model for AWS IoT -- Selecting your IoT devices for AWS IoT -- Configuring IoT devices to AWS IoT -- AWS IoT development for Raspberry Pi 3 -- AWS IoT development for Arduino -- AWS IoT development for boards based on ESP32 -- Building an IoT project with AWS IoT -- Configuring AWS IoT -- Developing the Arduino program -- Developing a sensor subscriber -- Testing -- Summary -- Chapter 3: Optimizing IoT Computing Using AWS Greengrass -- Introducing AWS Greengrass -- Exploring supported IoT devices for AWS Greengrass -- Deploying AWS Greengrass on Raspberry Pi 3 -- Preparing Raspberry Pi 3 -- Configuring Raspberry Pi 3 and IoT devices to AWS IoT -- Configuring AWS Greengrass security -- Installing AWS Greengrass on Raspberry Pi -- Accessing AWS Greengrass -- Building IoT projects with AWS Greengrass -- Preparing runtime libraries on AWS Greengrass Core -- Creating AWS Lambda -- Deploying AWS Lambda with AWS Greengrass -- Testing Lambda from Greengrass -- Summary -- Chapter 4: Building Local AWS Lambda with AWS Greengrass…”

Tabla de Contenidos: “…Part 1: Building Health Apps for the Internet of Things -- Chapter 1: Preparing the Foundation for Your First IoT App -- Chapter 2: Using Core Location to Build a Workout Tracking App -- Chapter 3: Using Core Motion to Integrate Physical Activity Data -- Chapter 4: Using HealthKit to Securely Retrieve and Store Health Data -- Part 2: Building Your Own Internet Things -- Chapter 5: Building Arduino-based Peripherals -- Chapter 6: Building a Bluetooth LE Hardware Companion App -- Chapter 7: Setting up a Raspberry Pi and using it as a HomeKit bridge -- Chapter 8: Building a web server on a Raspberry Pi -- Part 3: Building Apps Using Apple’s Advanced Internet of Things Technologies -- Chapter 9: Using tvOS to Build an Apple TV Dashboard App -- Chapter 10: Using watchOS to build an Apple Watch app -- Chapter 11: Using Face ID, Touch ID, and the Keychain for a Secure Internet of Things…”