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IoT based Smart Driver Assistance System Architecture

This page describes IoT based Smart Driver Assistance System Architecture. It mentions benefits or advantages of IoT based Smart Driver Assistance System.

Vehicle manufacturers are utilizing innovative technologies to produce vehicles which provide safe and comfortable experience for both passengers and drivers. Inspite of all their efforts, road accidents happen due to drowsiness of drivers.

Drowsiness makes drivers physically inactive and insensitive to surroundings. As a result, their eyelids get closed which leads to serious accidents. The IoT based system described here monitors driver's consciousness based on facial image and eyelid's EAR value and alert them. Moreover system monitors acceleration pattern and steering angle to detect any abnormalities in the driving in order to alert drivers. Machine learning techniques and image processing help to achieve the task.

IoT based Smart Driver Assistance System

IoT based Smart Driver Assistance System architecture

➤The figure depicts the system consists of a camera which focuses on eye and facial area and a OBD device which measures speed variation and streering angle.
➤Camera mounted in front of the driver's seat continuously monitor the face and eye areas. This information is uploaded to the cloud server. At the cloud server, EAR (Eye Aspect Ratio) is calculated. Wireless GSM camera such as EYE-02 can also be used for this system.
➤OBD device is bluetooth compliant. It monitors the steering angle and acceleration pattern. The same is being received by the bluetooth device mounted in the car and uploaded to the cloud server using GSM. Bluetooth cum GSM/GPRS device such as SIM800 can be used for this purpose.
➤Any one of the cloud servers among adafruit, Google Cloud Platform, microsoft azue is used to store the captured data by OBD device and camera.
➤Data analytics tools and machine learning tools are being used to analyze the collected data at cloud server and accordingly driver is being alerted to prevent accidents.
➤The provision can also be provided in the system with registered telephone numbers based on route of the vehicle. The system alerts emergency ambulences of such hospitals to carry victims of the accident. This helps victims to receive immediate medical treatments. Life of many accident victims can be saved in this way.

Eye Aspect Ratio

The figure depicts Eye pattern with various points from P1 to P6. This is used to calculate Eye Aspect Ratio i.e. EAR.

EAR formula

The figure depicts EAR formula. Here (P2-P6) denotes distance between P2 and P6 points and so on.

Benefits or Advantages of Smart Driver Assistance System

Following are the benefits or advantages of IoT based Smart Driver Assistance System are as follows.
➤The system can be used to reduce road accidents occurring maily due to drowsiness of the drivers.
➤The system is very compact, easy to use and easy to maintain.
➤The system provides timely immediate help to the injured people by alerting registered mobile numbers of the nearby hospital emergency staff with location details of the accident.
➤IoT components are cheaper and hence one can avail this system at affordable rate.

Other IoT articles

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Zigbee Smart Parking Architecture
LoRaWAN Smart Parking Architecture
Smart Healthcare System
Smart Grid Architecture
Perishable Tracking System
Fall Detection System for Elderly
Aircraft Lavatory Cleanliness Monitoring
Smart Water Quality Monitoring

IoT Architecture Protocols and Wireless Technologies

MQTT vs REST    ➤BACnet protocol    ➤Lonworks protocol    ➤KNX protocol    ➤What is Modbus    ➤M-Bus vs Wireless M-Bus    ➤WLAN    ➤WLAN    ➤THREAD    ➤EnOcean    ➤LoRa    ➤SIGFOX    ➤WHDI    ➤Zigbee   ➤6LoWPAN   ➤Zigbee RF4CE   ➤Z-Wave   ➤NFC   ➤RFID   ➤Lonworks   ➤CEBus   ➤UPB  

RF and Wireless Terminologies

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