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Internet of Things: Concepts
Rating: 4.3 out of 5(274 ratings)
1,136 students

Internet of Things: Concepts

Basics of Internet of Things
Created byParag Achaliya
Last updated 10/2023
English
English [Auto],

What you'll learn

  • Learn Definition and Characteristics of Internet of Things
  • Learn Physical Design of Internet of Things
  • Learn Logical Design of Internet of Things
  • Learn IoT Enabling Technologies and IoT Levels

Course content

1 section • 7 lectures • 1h 54m total length

  • Definition, Characteristics of IOT, IOT Device, Technical Building Blocks19:53

    Define the internet of things as a dynamic global network infrastructure of physical and virtual things, self configuring via interoperable communication protocols, with sensors, actuators, and data processing across devices.

  • Exemplary Device Raspberry Pi - Operating Systems, GPIO Pins, Other IOT Devices16:09

    Discover the Raspberry Pi as a cost-effective computer for IoT, featuring a 40-pin GPIO header for sensors and actuators, Linux OS and Python, with USB, Ethernet, and SD card boot.

  • Physical Design of IOT, Generic Block Diagram10:23

    Explore the physical design of IoT devices, including unique IP-based identities for remote sensing and actuating, and the generic block diagram of connectivity, processing, memory, and sensor interfaces.

  • Things in IOT - Sensors, Actuators & its Classification12:43

    Explore how IoT uses sensors and actuators to turn physical objects into connected applications. Identify sensor types like temperature, humidity, gas, and ultrasonic outputs, and learn actuator roles and classifications.

  • Need of Analog-Digital Conversion, Logical Design of IOT, Enabling Technologies20:53

    Explore analog-to-digital conversion and how ADC translates sensor data for microcontrollers. Map IoT to its logical blocks and enabling technologies like wireless sensor networks and cloud computing.

  • IOT Levels and Deployment Templates - Level 1 to 617:27

    Explore six IoT levels from local level 1 to cloud-based level 6, detailing components such as devices, resources, services, databases, web services, analysis, applications, and the coordinator.

  • Addressing Techniques in IOT16:32

    Explore IPv4 limitations and the transition to IPv6, detailing unicast, multicast, and anycast addressing, 128-bit space, and IPv6 packet header components for scalable IoT networks.

  • MCQ Assignment

Requirements

  • Embedded System

Description

The prerequisite for this course will be the study of the Embedded System for the Internet of Things. In this course, learners will learn the Internet of Things from the basics starting from the Introduction to Internet of Things (IoT) then IOT Definition and Characteristics of IoT. After this basic part of IoT, the learner will be going to learn What is IoT Devices, Various IoT Devices can be used for the development of IoT applications. Then learners will learn the difference between IoT Devices and Computers. Learners will also be going to learn the Technical Building Blocks of the Internet of Things in this course. This course will also be going to cover the Physical Design of IoT in which learners will learn about the various Things in IoT like Sensors, Actuators, and their classification. Then the important point with respect to the Internet of Things, Need for Analog / Digital Conversion will be covered in this course. Along with this, the course will also be going to cover the Logical Design of IoT in which we will see IOT functional blocks. Then we will see various IoT enabling technologies and Level 1 to Level 6 of IoT in this course.

Who this course is for:

  • Beginners curious to learn Internet of Things

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