Intelligent Vehicle Headlamp System Using LED Matrix

The study focuses on advancing automotive head-lamp technology, prioritizing safety and adaptability beyond traditional lighting functions. The key goal is to implement dynamic light control, intelligently adjusting headlamp illumination based on the proximity and direction of other vehicles to minimize glare for oncoming drivers. Additional safety features include automatic fog lamp activation through a humidity sensor, adaptive curve/side lighting synchronized with steering input, and environment-responsive intensity adjustment for optimal illumination in varying ambient lighting conditions. The integration of a Bluetooth module allows users to customize Daytime Running Light (DRL) patterns, aligning with user-centric automotive technology trends. Successful simulation using a Light Dependent Resistor (LDR) validates the feasibility of the dynamic light control mechanism, instilling confidence for the upcoming practical implementation phase. The study aims to significantly impact road safety and driving experiences by seamlessly integrating various components into an intelligent and cohesive headlamp system.