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Hands-On IoT on GCP

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Chris Behrens

2:50:42

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  • 001 Lets Get Connected.mp4
    02:44
  • 002 From Physical to Digital.mp4
    04:30
  • 003 Benefits of Exploring IoT.mp4
    04:50
  • 004 The Checklist.mp4
    04:37
  • 004 Tinkercad website.txt
  • 001 Electronics and Circuits.mp4
    07:18
  • 002 Ohms Law - Resistance Volts and Amps.mp4
    06:07
  • 003 Connecting the Dots.mp4
    02:36
  • 004 Hands On Lab Build Circuits using Tinkercad.mp4
    07:19
  • 004 Tinkercad homepage.txt
  • 001 Adafruit Development Boards.txt
  • 001 Arduino Products Homepage.txt
  • 001 Introduction to Development Boards.mp4
    06:23
  • 001 Raspberry Pi Products.txt
  • 002 Exploring the Arduino Uno.mp4
    07:11
  • 002 Tinkercad website.txt
  • 003 Raspberry Pi website.txt
  • 003 Setting up the Raspberry Pi.mp4
    08:10
  • 004 Connecting the Dots.mp4
    03:30
  • 005 Hands-on with Arduino Development Board.mp4
    11:27
  • 001 Providing Your Instructions.mp4
    02:40
  • 002 Programming Arduino with C.mp4
    09:48
  • 003 Exploring the Raspberry Pi OS.mp4
    09:51
  • 004 Hands on Lab Programming the Arduino Uno.mp4
    07:25
  • 001 Using Cloud IoT Core.mp4
    07:22
  • 002 Creating a Registry.mp4
    08:49
  • 003 Adding a Device to IoT Core.mp4
    07:18
  • 004 Collecting Data in IoT Core.mp4
    11:05
  • 004 Device Security.txt
  • 005 Connecting the Dots.mp4
    03:12
  • 001 Analyzing IoT Data in GCP.mp4
    12:36
  • 002 Using BigQuery.mp4
    07:10
  • 003 Connecting the Dots.mp4
    03:24
  • 001 Building Your Solutions.mp4
    03:20
  • 001 Designing a Connected Vehicle Platform on Cloud IoT Core.txt
  • Description


    Understand hardware purpose, writing software to control hardware, and configuring devices to securely send data captured to GCP.

    What You'll Learn?


      The marriage of physical and digital technology, such as analytics, artificial intelligence, cognitive technologies, and the internet of things (IoT), allows for the creation of digital enterprise data collected from physical systems used to drive intelligent action back in the physical world. In this course, 'Hands-On IoT on GCP', we start by understanding hardware purpose, progress to writing software to control the hardware, and finally configure the devices to securely send data captured to Google Cloud Platform. Why start at the hardware level? Because when using Google Cloud IoT, the Core is mainly about capturing the data from the physical object. Chapter 2 explores electricity, resistance, and ohms, as well as the basics of using electricity to (1) power sensors, motors, and collectors, and (2) to store that information. Chapter 3 explores development boards and their differences and capabilities, along with common sensors used to get started. Chapter 4 explores programming the devices with firmware or immutable instructions that run while the device has power. Chapter 5 teaches how to connect our IoT devices to the Google Cloud Platform to store our collected information in a centralized repository. In Chapter 6, we begin to explore the data collected in order to use a data-driven proactive approach to business solutions. Finally, we review a few architectures and ideas to kick off your next project.

    More details


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    Focused display
    Chris Behrens
    Chris Behrens
    Instructor's Courses
    A Cloud Guru is an online training platform for people interested in Information Technology. Most of the courses offered prepare students to take certification exams for the three major cloud providers.
    • language english
    • Training sessions 26
    • duration 2:50:42
    • Release Date 2023/12/09