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The document describes an accident prevention system for blind curves using ultrasonic sensors and LED lights. The system uses ultrasonic sensors to detect oncoming vehicles and triggers LED lights and warnings to alert drivers in time to avoid accidents. When an ultrasonic signal hits an object, it gets reflected back to the sensor. The microcontroller processes this data and operates the LED lights accordingly. The proposed system aims to significantly reduce accidents at blind curves through advanced sensing and intelligent algorithms to warn drivers in real-time, enhancing road safety.

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Puneetha Gowda
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92 views1 page

Iot Poster

The document describes an accident prevention system for blind curves using ultrasonic sensors and LED lights. The system uses ultrasonic sensors to detect oncoming vehicles and triggers LED lights and warnings to alert drivers in time to avoid accidents. When an ultrasonic signal hits an object, it gets reflected back to the sensor. The microcontroller processes this data and operates the LED lights accordingly. The proposed system aims to significantly reduce accidents at blind curves through advanced sensing and intelligent algorithms to warn drivers in real-time, enhancing road safety.

Uploaded by

Puneetha Gowda
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as PDF, TXT or read online on Scribd
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Bangalore Institute of Technology

Department of computer science and engineering

ACCIDENT PREVENTION SYSTEM AT BLIND CURVES


ABSTRACT PROBLEM STATEMENT WORKING
Blind curves on roadways pose a significant hazard Upon detecting another vehicle Ultrasonic sensor has 4 pins. They are +5V VCC, GND,
to drivers, often leading to accidents due to limited in the opposite direction, the
Trig pin and Echo pin. Here Trigger pin is output pin
visibility and reduced reaction time. This abstract system triggers timely warnings
and Echo pin is input pin. Ultrasonic sensor sends the
presents an innovative Accident Prevention System signal in the form of pulses from trigger pin. When
to drivers providing them with
this signal hit the object it will get reflected back and
designed to enhance safety at blind curves through the necessary information to is received by the echo pin. From echo the signal is
the integration of cutting-edge technologies. The react swiftly and avoid sent to microcontroller Arduino UNO.
proposed system leverages a combination of accidents. Microcontroller Arduino UNO processes this data and
computer vision, sensor networks, and intelligent operates the LED which is connected to output pin of
algorithms to detect potential hazards and alert the microcontroller Arduino UNO. LED is operated
drivers in real-time. according to the command.

CONCLUSION
The proposed Accident Prevention
System aims to significantly reduce
the frequency and severity of
accidents at blind curves,
enhancing overall road safety. By
combining advanced sensing
technologies with intelligent
TEAM MEMBERS
algorithms, this system represents a ACKNOWLEDGEMENT
promising approach to mitigating Parshva Kumar Jain
We would like to thank Mrs. Shruthi B Prasad MV
the risks associated with blind
Gowda, Assistant professor, Dept. of CSE, Punitha M
curves, ultimately contributing to BIT for her guidance and encouragement Samiksha Paramesh
the creation of a safer throughout this project A Shreelesh
transportation infrastructure. Vihaan Bhat

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