Book Image

Smart Internet of Things Projects

By : Agus Kurniawan
Book Image

Smart Internet of Things Projects

By: Agus Kurniawan

Overview of this book

Internet of Things (IoT) is a groundbreaking technology that involves connecting numerous physical devices to the Internet and controlling them. Creating basic IoT projects is common, but imagine building smart IoT projects that can extract data from physical devices, thereby making decisions by themselves. Our book overcomes the challenge of analyzing data from physical devices and accomplishes all that your imagination can dream up by teaching you how to build smart IoT projects. Basic statistics and various applied algorithms in data science and machine learning are introduced to accelerate your knowledge of how to integrate a decision system into a physical device. This book contains IoT projects such as building a smart temperature controller, creating your own vision machine project, building an autonomous mobile robot car, controlling IoT projects through voice commands, building IoT applications utilizing cloud technology and data science, and many more. 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.
Table of Contents (13 chapters)
Smart Internet of Things Projects
Credits
About the Author
About the Reviewer
www.PacktPub.com
Preface
Index

Introducing autonomous systems


An autonomous system is a system that performs something automatically by self-learning. In traditional systems, we define a to-do list on the system. Then, the system runs and performs something in accordance with its to-do list. In terms of an autonomous system, we can make a system learn itself.

In the field of robot study, there are two basic problems in autonomous robotic systems:

  • The path- and motion-planning problem

  • The motion control problem

The path- and motion-planning problem describes which path is taken by the robot to move from one point to another point. In robot movement, the robot can move with or without a map. The motion control problem shows how our robot moves. It can be a maze or a zigzag from one point to another point.

In general, an autonomous system architecture can be designed as shown in the following figure:

Source image: Meystel, A.: Intelligent Control: A Sketch of the Theory, 1. Intelligent and Robotic Systems, Vol. 2, 1989, pp. 97...