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AI Applications
◇ To understand the basic IoT and AI basic applications using Arduino microcontroller.
Features
◇ Understanding the operation principle of Arduino, D1 mini, and ESP32-CAM microcontrollers.
◇ Understanding the basic application of Arduino, D1 mini, and ESP32-CAM microcontrollers.
◇ Understanding the operation principle and AI applications of automatic license plate
recognition and parking lots management.
◇ Understanding the operation principle and AI applications of facial recognition and home
access control.
◇ Understanding the basic application of Arduino, D1 mini, and ESP32-CAM microcontrollers.
◇ Understanding the operation principle and AI applications of automatic license plate
recognition and parking lots management.
◇ Understanding the operation principle and AI applications of facial recognition and home
access control.
Specification
Module One: ETEK AIOT-2550-01
Chapter 1: IoT Applications Using Arduino Microcontroller (I)
Experiment 1: Flashing LED Circuits (Output Mode: LED)
Experiment 2: Breathing LED Circuits (Output Mode: LED)
Experiment 3: Buzzer Tone Circuit (Buzzer Mode: Active)
Experiment 4: Touch Switch Circuit (Output Mode: LED and Buzzer)
Experiment 5: Photo Sensor Circuit (Output Mode: LCD Displayer)
Experiment 6: Magnetic Sensor Circuit (Output Mode: LCD Displayer)
Experiment 7: Temperature and Humidity Sensor (Output Mode: LCD Displayer)
Experiment 8: LCD Displayer ( Chars, Support II2 Protocol)
Module Two: ETEK AIOT-2550-02
Chapter 2: IoT Applications Using Arduino Microcontroller (II)
Experiment 1: 7-segment Displayer (Output Mode: 7-segment Displayer)
Experiment 2: Dancing LED Circuit (Output Mode: LED)
Experiment 3: Relay Switch Circuit (Output Mode: LED)
Experiment 4: Tilt Switch Circuit (Output Mode: LED)
Experiment 5: Analog to Digital Converter (Output Mode: LCD Displayer)
Experiment 6: Digital to Analog Converter (Output Mode: Voltage)
Experiment 7: Earthquake Sensor Circuit (Output Mode: LCD Displayer)
Experiment 8: LCD Displayer ( Chars, Support II2 Protocol)
Module Three: ETEK AIOT-2550-03
Chapter 3: IoT Applications Using D1 Mini Microcontroller (I)
Experiment 1: Dancing LED Circuit (Output Mode: LED)
Experiment 2: Buzzer Tone Circuit (Buzzer Mode: Active)
Experiment 3: Push Button Switch Circuit (Output Mode: LED and Buzzer)
Experiment 4: Voice Control Switch Circuit (Output Mode: LED)
Experiment 5: Alcohol Sensor Circuit (Output Mode: LED)
Experiment 6: Water Level Sensor Circuit (Output Mode: LED)
Experiment 7: Tilt Switch Circuit (Output Mode: LED)
Module Four: ETEK AIOT-2550-04
Chapter 4: IoT Applications Using D1 Mini Microcontroller (II)
Experiment 1: CdS Sensor Circuit (Output Mode: LED)
Experiment 2: Vibration Switch Circuit (Output Mode: LED)
Experiment 3: Photo Interrupter Circuit (Output Mode: LED)
Experiment 4: Earthquake Sensor Circuit (Output Mode: LCD Displayer)
Experiment 5: Ultrasonic Sensor Circuit (Output Mode: LCD Displayer)
Experiment 6: RFID Reader Circuit (Output Mode: LCD Displayer)
Experiment 7: LCD Displayer ( Chars, Support II2 Protocol)
Module Five: ETEK AIOT-2550-05
Chapter 5: Automatic License Plate Recognition and Parking Lots Management
Experiment 1: ESP32-CAM Module Circuit (MCU: 32 Bits Dual Chip with 600 DMIPS Processing Power).
Experiment 2: Automatic License Plate Recognition (Output Mode: LCD and Buzzer).
Experiment 3: Parking Lots Management (Output Mode: LED).
Module Six: ETEK AIOT-2550-06
Chapter 6: Facial Recognition and Home Access Control
Experiment 1: ESP32-CAM Facial Recognition Circuit (MCU: Dual Core 32 Bits Daul Chip with 600 DMIPS Processing Power).
Experiment 2: Electromagnetic Door Locked Circuit (Output Mode: LED).
Experiment 3: LED and Buzzer Alarm Circuits (Output Mode: LED and Buzzer).
Chapter 1: IoT Applications Using Arduino Microcontroller (I)
Experiment 1: Flashing LED Circuits (Output Mode: LED)
Experiment 2: Breathing LED Circuits (Output Mode: LED)
Experiment 3: Buzzer Tone Circuit (Buzzer Mode: Active)
Experiment 4: Touch Switch Circuit (Output Mode: LED and Buzzer)
Experiment 5: Photo Sensor Circuit (Output Mode: LCD Displayer)
Experiment 6: Magnetic Sensor Circuit (Output Mode: LCD Displayer)
Experiment 7: Temperature and Humidity Sensor (Output Mode: LCD Displayer)
Experiment 8: LCD Displayer ( Chars, Support II2 Protocol)
Module Two: ETEK AIOT-2550-02
Chapter 2: IoT Applications Using Arduino Microcontroller (II)
Experiment 1: 7-segment Displayer (Output Mode: 7-segment Displayer)
Experiment 2: Dancing LED Circuit (Output Mode: LED)
Experiment 3: Relay Switch Circuit (Output Mode: LED)
Experiment 4: Tilt Switch Circuit (Output Mode: LED)
Experiment 5: Analog to Digital Converter (Output Mode: LCD Displayer)
Experiment 6: Digital to Analog Converter (Output Mode: Voltage)
Experiment 7: Earthquake Sensor Circuit (Output Mode: LCD Displayer)
Experiment 8: LCD Displayer ( Chars, Support II2 Protocol)
Module Three: ETEK AIOT-2550-03
Chapter 3: IoT Applications Using D1 Mini Microcontroller (I)
Experiment 1: Dancing LED Circuit (Output Mode: LED)
Experiment 2: Buzzer Tone Circuit (Buzzer Mode: Active)
Experiment 3: Push Button Switch Circuit (Output Mode: LED and Buzzer)
Experiment 4: Voice Control Switch Circuit (Output Mode: LED)
Experiment 5: Alcohol Sensor Circuit (Output Mode: LED)
Experiment 6: Water Level Sensor Circuit (Output Mode: LED)
Experiment 7: Tilt Switch Circuit (Output Mode: LED)
Module Four: ETEK AIOT-2550-04
Chapter 4: IoT Applications Using D1 Mini Microcontroller (II)
Experiment 1: CdS Sensor Circuit (Output Mode: LED)
Experiment 2: Vibration Switch Circuit (Output Mode: LED)
Experiment 3: Photo Interrupter Circuit (Output Mode: LED)
Experiment 4: Earthquake Sensor Circuit (Output Mode: LCD Displayer)
Experiment 5: Ultrasonic Sensor Circuit (Output Mode: LCD Displayer)
Experiment 6: RFID Reader Circuit (Output Mode: LCD Displayer)
Experiment 7: LCD Displayer ( Chars, Support II2 Protocol)
Module Five: ETEK AIOT-2550-05
Chapter 5: Automatic License Plate Recognition and Parking Lots Management
Experiment 1: ESP32-CAM Module Circuit (MCU: 32 Bits Dual Chip with 600 DMIPS Processing Power).
Experiment 2: Automatic License Plate Recognition (Output Mode: LCD and Buzzer).
Experiment 3: Parking Lots Management (Output Mode: LED).
Module Six: ETEK AIOT-2550-06
Chapter 6: Facial Recognition and Home Access Control
Experiment 1: ESP32-CAM Facial Recognition Circuit (MCU: Dual Core 32 Bits Daul Chip with 600 DMIPS Processing Power).
Experiment 2: Electromagnetic Door Locked Circuit (Output Mode: LED).
Experiment 3: LED and Buzzer Alarm Circuits (Output Mode: LED and Buzzer).
