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End exam Theory plan : ( 5 * 5 M amd 2 * 10 M = 45 Marks)
Introduction to IoT and IoT Reference Architecture Ref notes N1 and N3 in the bottom
Communication Models and IoT Levels ( Or Ref Notes N2 in the Bottom)
IoT Specific Application Protocols (MQTT MQTT-Detailed Notes Ref and Web Sockets)
IoT Specific Communication protocols ( Wi-Fi / BLE / ZigBee / LPWAN (LoRa))
Enabling Technologies ( Identification of Things, IP Address - IPv6 Part1 , Part2 )
Services Discovery and Services Management
RFM Data Analytics and IoT Analytics
Cloud Computing and Integration with Cloud InfluxDB Notes TIG Stack and NodeRED Video
Use Case Design : Smart water , Smart Energy, Smart Transport, Smart Logistics, Smart Waste - Smart Cities
End Exam - Project Demo with working Model Including HW, SW design, Integration with Cloud, Analytics and UI ; 40 Marks
Oral Viva - 15 Marks
Total 100 Marks converted to 30 Marks for Grading.
Course Materials:
Lab Notes:
Lab Notes:
ESP32 HiveMq MQTt Connecting ESP32 to HiveMQ for Real-time IoT Data Streaming with MQTT | by Shehab Magdy | Engineering IoT | Medium
Codes for implementing tig stack and mqtt with esp32 board and mpu6050 sensor.
https://github.com/rishikreddycheruku/iot_tig_stack_with_mqtt_using_docker
This is the git repository that contains the Communication codes (LoRa and nRF2401), Cloud codes (Adafruit IO, Thingspeak and Firebase) and TIG Stack's MQTT code for ESP32.
https://github.com/rishikreddycheruku/esp32-iot-codes Courtesy Rishik CB.EN.U4CSE22009
https://github.com/kaloprojects/KALO-ESP32-Voice-Assistant Courtesy Bhavya 2022-26 Btach
7th March 2024 2 PM- IoT Lab Evaulation 1 Rubrics - Team needs to submit Word Document and need to present to the Panel with PPT.
Plant Health should be replaced by your Use case - more specific to UC.
For TIG Stack - (Telegraf-InfluxDB-Grafana )Refer https://www.influxdata.com/blog/tig-stack-iiot-ot/
For TIG Stack - (Telegraf-InfluxDB-Grafana )Refer https://www.influxdata.com/blog/tig-stack-iiot-ot/
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