This project implements an intelligent automotive horn system that dynamically controls horn direction and intensity based on environmental noise, vehicle orientation, proximity, and geofenced no-honking zones.
Unnecessary honking contributes significantly to urban noise pollution and driver stress.
- Adaptive horn volume using ambient noise levels
- Directional horn control based on vehicle angle
- Automatic horn suppression in no-honking zones (GPS-based)
- Proximity awareness using ultrasonic sensing
- Arduino Uno
- HC-SR04 Ultrasonic Sensor
- Dual Piezo Buzzers
- Simulated sensors using potentiometers
- Psychoacoustic horn volume control
- Directional horn logic (Left / Right / Front)
- Geofenced no-honking zones
- Obstacle proximity indication
- Smart vehicles
- Noise pollution control
- Intelligent transportation systems
Surendhar Reddy
ECE UnderGraduate