Design of Internet of Things

Description

The text provides a comprehensive overview of the design aspects of the internet of things devices and covers the fundamentals of big data and data science. It explores various scenarios such as what are the middleware and frameworks available and how to build a stable, standards-based, and Secure internet of things device. It discusses important concepts including embedded programming techniques, machine-to-machine architecture, and the internet of things for smart city applications. It will serve as an ideal design book for professionals, senior undergraduate, and graduate students in the fields including electrical engineering, electronics and communication engineering, and computer engineering. The book- Covers applications and architecture needed to deliver solutions to end customers and readers. Discusses practical aspects of implementing the internet of things in diverse areas including manufacturing, and software development. Highlights big data concepts and embedded programming techniques. Presents technologies including machine to machine, integrated sensors, and radio-frequency identification. Introduces global system for mobile communication and precise details of standards based on internet of things architecture models. The book focuses on practical design aspects such as how to finalize a processor integrated circuit, which operating system to use, etc. in a single volume. It will serve as an ideal text for professionals, senior undergraduate, and graduate students in diverse engineering domains including electrical, electronics and communication, computer. Cover Half Title Title Page Copyright Page Dedication Table of Contents Preface Acknowledgments About the Author Chapter 1 Introduction Chapter 2 Big Data Chapter 3 Embedded Programming Techniques Chapter 4 Changing Technologies 4.1 RFID 4.2 IC/Sensor Cost 4.3 6LoWPAN 4.4 M2M, IoT, and IoE Concepts 4.5 IoT—Internet of Things Chapter 5 M2M 5.1 M2M Architecture 5.2 Key Technical Requirements of M2M Chapter 6 Definitions of IoT 6.1 Communication Between “Things” Chapter 7 IoT Architecture 7.1 Conceptual Design of IoT Chapter 8 IoT for Smart City Applications 8.1 Indian Government and IoT and Smart City Technology Prospective 8.1.1 Lavasa Dream 8.1.2 The Smart Cities in India Chapter 9 IoT Middleware 9.1 Middleware Layer Chapter 10 The Core Value of IoT Devices and Design Propositions 10.1 IoT Application Use Cases 10.2 IoT Application Scenarios Chapter 11 IoT Design Approach 11.1 IoT and 6LoWPAN—Frame Design 11.2 6LoWPAN Node Roles and Routing 11.3 Routing Mechanism Chapter 12 IoT Design Components 12.1 Hardware 12.2 Software Chapter 13 IoT Design Implementation 13.1 Using FreeRTOS and Nanostack 13.2 Using Contiki OS and Contiki 6LoWPAN Stack Chapter 14 Design of Layered Architecture 14.1 Flow/Route of the Message 14.2 Contiki CCN Layer 14.3 6LoWPAN MAC Layer 14.4 6LoWPAN Adaptation Layer 14.5 6LoWPAN Network (IP) Layer 14.6 Implementation of UIP Layer (FreeRTOS and Nanostack) 14.7 Implementation of FIP Layer (FreeRTOS and Nanostack) 14.8 6LoWPAN Transport Layer 14.9 Network Routing Protocol (NRP) 14.10 Contiki Stack of Transport Layer 14.10.1 TCP Functions Which May Be Internal to TCP Process TCP_Process () 14.10.2 UDP Functions Which May Be Internal to UDP Process UDP_Process () 14.11 6LoWPAN Application Layer 14.11.1 Socket Function Calling 14.11.2 TCP Socket Calls 14.12 6LoWPAN Border Router (LBR) 14.13 IoT Design Aspects Chapter 15 IoT Security 15.1 IoT Value Proposition 15.2 IoT Utilization Scenarios 15.3 IoT Security Touch-Points 15.4 IoT Future—Closing Remarks Index