IoT System Design

As the digital era unfolds, the Internet of Things (IoT) takes center stage, weaving a tapestry of interconnected devices that redefine the way we live and work. This exploration immerses us in the intricacies of IoT system design, shedding light on the principles, components, and considerations that architects must navigate to create robust and efficient IoT ecosystems. Whether you are an IoT enthusiast, a system architect, or a business leader venturing into the realm of connected technologies, this comprehensive guide offers insights into the intricate world of IoT system design.

Edited at 2023-01-02 05:11:55

WSj2YSLh

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IoT System Design
As the digital era unfolds, the Internet of Things (IoT) takes center stage, weaving a tapestry of interconnected devices that redefine the way we live and work. This exploration immerses us in the intricacies of IoT system design, shedding light on the principles, components, and considerations that architects must navigate to create robust and efficient IoT ecosystems. Whether you are an IoT enthusiast, a system architect, or a business leader venturing into the realm of connected technologies, this comprehensive guide offers insights into the intricate world of IoT system design.

IoT System Design

WSj2YSLh

Recent works View more works>>

IoT System Design
As the digital era unfolds, the Internet of Things (IoT) takes center stage, weaving a tapestry of interconnected devices that redefine the way we live and work. This exploration immerses us in the intricacies of IoT system design, shedding light on the principles, components, and considerations that architects must navigate to create robust and efficient IoT ecosystems. Whether you are an IoT enthusiast, a system architect, or a business leader venturing into the realm of connected technologies, this comprehensive guide offers insights into the intricate world of IoT system design.

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18ECE231J - IOT SYSTEM DESIGN

TOPICS COVERED

UNIT 1

Sensors, Actuators and Smart Objects, Smart sensor object hardware and software, Energy management of nodes, Communication standard IEEE802.15.4, IoT Access Technologies IEEE 802.15.4g and 802.15.4e, IoT Access Technologies: LoRaWAN Practice: Sensor measuring experiment using IoT node, Sensor measuring experiment using IoT node

LAB EXPERIMENTS : Sensor measuring experiment using IoT node, Sensor measuring experiment using IoT node

UNIT 2

IEEE802.11 WiFi communication, Lightweight IP stack, IPv6 for smart object networks, RPL routing in smart objects

LAB EXPERIMENTS : Communication through WiFi, Communication through Bluetooth

UNIT 3

Non-IP smart object technologies, Smart Grid, Smart Cities, Smart cities and Urban networks, Home automation, Building automation

LAB EXPERIMENTS : IoT design applications

UNIT 4

Need for Optimization and Nodes, Networks, Optimizing IP For IoT, IoT Layers: : Physical And Controllers – Connectivity Edge Computing And Upper Layers, Core IoT Functional Stack: Sensors And Actuators Layer – Communication Network Layer – Access Network Layer – Gateways and Backhaul , Network Transport – Sublayer – IoT Network Management Sublayer – Applications and Analytics Layer, Data Versus Network Analytics- Smart ServicesIoT Data Management & Compute Stack , IoT Application Transport Methods And Protocols

LAB EXPERIMENTS : IoT Gateway router, Cloud connectivity

UNIT 5

IoT Data Analytics Overview & Challenges, Machine Learning Networks: Overview – Supervised & Unsupervised Learning – Neural Networks, Machine Learning Networks & Getting Intelligence From Bigdata – Predictive Analysis, Big Data Analytics Tools and Technology: Massively Parallel Processing Databases – NoSQL Databases., Big Data Analytics Tools And Technology : Hadoop And Ecosystem – Apache Kafka, Lambda Archttecture, IoT Security

LAB EXPERIMENTS : IoT Gateway router, Cloud connectivity

Information

Date:

Class:

Duration:

Topic

Resources

ebooks

Visual aids

PPTs

Videos via digital tools

GCR Classroom

References

1. Hanes David, Salgueiro Gonzalo, Grossetete Patrick, “IoT fundamentals: Networking technologies, protocols and use cases for the Internet of Things”, Cisco, Pearson India, 2015. 2. Jean-Philippe Vasseur, Adam Dunkels, “Interconnecting Smart Objects with IP, The next Internet”, Morgan Kofmann, 2010. 3. Arsheep Bahga, Vijay Madlseti, “Internet of Things: A hands-on approach”, Elsevier, 2009. 4. Adrin McEwan, Hakim Cassimally, “Designing for Internet of Things”, John Wiley, 2014. 5. “Mbed based IOT”, www.arm.com

Course Outcomes Course

CO-1 : Categorize the components and protocols required to build IoT network.

UNIT 1

CO-2 : Appraise suitable protocols for the IoT network

UNIT 2

CO-3 : Evaluate IOT system for various applications

UNIT 3

CO-4: Distinguish the architectures of IoT communication layers

UNIT 4

CO-5 : Demonstrate the techniques of Data Analytics and security for IoT networks

UNIT 5

CO-6 : Create IoT networks for custom design applications

ALL EXPERIMENTS

Subtopic

https://drive.google.com/drive/folders/1m4pUfqQ4xEyGGhXP7lDHHlyP1xsdEkWY?usp=sharing

Objective