LABMST DIOT LAB 4538

closed-loop IoT system

This channel stores and displays real-time light intensity data measured using an ESP32 and LDR sensor.

Channel storing processed accelerometer and GPS-derived walking metrics for SEE711 IoT Systems project. Data includes step counts, speed, step length, and related performance metrics.

Real-time water flow tracking system with leak detection. Measures flow rate (L/min), cumulative consumption (Liters), and triggers leak alerts.

This is a smart shelf monitoring system that monitors stock for small to medium sized retailers. The system includes data visualisation using MATLAB and widgets to monitor the stock and check if stock needs replenished.

Module which can measure temperature, humidity, pressure, altitude, location, voltage and current.

Ras

Pozice auta

This channel is used to visualize the live lightning data in Malacca area. This Integrated Design Project for academic purpose only. All right reserved.

Matlab use for IoT sensors data collect within Arduino

Implement a Scheduling algorithm for data from thingspeak cloud at field 2.

Transmission of data to cloud using Labview

Reads a PMS5003 air quality sensor with an ESP32. Written in C code using ESP IDF and VSCode. Using Matlab analysis and React to send an email alert. Reads an AHT20 and displays humidity and temperature.

Create Cloud IOT based Telemetric Channel over thingspeak cloud and use the interface to Receive on Remote system using LabVIEW