IOT
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Requirements
It will help if you have some background in electronics and know basic coding principles
Description
Imagine a world of connected "things" (devices, vehicles, buildings) able to talk to a network, the internet, to themselves, and be able to take action?
Welcome to the IoT(Internet of Things) space, a new revolution, which will have 212 Billion Installed things, 30 Billion autonomously connected things, and 3 Million Peta Bytes of Embedded Systems Data by 2020, spanning across all verticals estimated at a value of $8.9 trillion.
Those are some excellent reasons to look in this direction, Personally, it is a truly unique space, as you get to work on both the hardware and the software side of things, be able to connect to the internet, and create spectacular devices and solutions.
This course is designed to enable "YOU" to create amazing IoT products and solutions from scratch for the market. Learn it by making 3 IoT devices from scratch for Home Automation, Building Security, and Assisted Living use cases!
The focus of this course is to enable and equip the audience to immediately start building IoT products. We touch all the necessary software, hardware, platform, protocols, and everything in between to the required point. Additional study material is provided for a deep dive.
Soon there will be more apples coming out of the garage! imagination will be the only limitation.
Course Outline
- Lecture 1: Introduction
- Lecture 2: AMR (Automatic Meter Reading)
- Lecture 3: Smart Home
- Lecture 4: Smart City
- Lecture 5: IoT system components
- Lecture 6: Cross connectivity across IoT system components
- Lecture 7: IoT Device Power Constraints
- Lecture 8: Background on digital communication techniques up-to-date: wireless, satellite and wired media, modulation, coding, antennas and MIMO
- Lecture 9: Architectures: cellular, star, mesh, ring
- Lecture 10: Cellular communication through generations and applicability to IoT
- Lecture 11: Near-field communication (NFC)
- Lecture 12: Radio-frequency identification (RFID)
- Lecture 13: Thread – Network protocol based on the IEEE 802.15.4 standard, similar to ZigBee
- Lecture 14: HaLow (802.11ah)– Variant of the Wi-Fi standard providing extended range for low-power communication at a lower data rate
- Lecture 15: Long-range wireless
- Lecture 16: Very small aperture terminal (VSAT) – Satellite communication technology using small dish antennas for narrowband and broadband data
- Lecture 17: Ethernet, Multimedia over Coax Alliance (MoCA)
- Lecture 18: Power-line communication (PLC)
- Lecture 19: Networking Architectures
- Lecture 20: Networking Protocols
- Lecture 21: IoT Devices Application Level Protocols
- Lecture 22: Hardware/Embedded Systems
- Lecture 23: Software/Firmwares & OS/RTOS (TinyOS, Contiki, RIOT, ARM mbed, more …
- Lecture 24: Integration and Testing
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