Advanced Virtual Assistance and Object Detection for Visually Impaired

Abstract

The objective of this proposed project is to introduce smart glasses or stick that are explicitly made to assist people who are visually impaired and cannot perceive items and offering hear-able guidance. Current innovations, for example, the Esp32 CAM module, is utilized by the glasses to further develop how the wearer sees their environmental elements. The object recognition part of OpenCV is utilized to empower the glasses to perceive obstacles in the environment. The high-goal camera incorporated into the smart glasses utilizes vision calculations, which are controlled by OpenCV, to investigate ongoing video information. The video feed is handled by the ESP 32 CAM module, considering the recognizable proof of things in the client’s way. The glasses empower continuous direction for visually impaired people, helping them in more effective manner. The smart glasses or stick plan puts a high need on client solace and comfort. To safeguard client protection and lessen interruptions, the auditory feedback is flawlessly incorporated and conveys ongoing oral descriptions right to the client’s ears. To guarantee the productivity, reliability, and utilization of brilliant glasses, an intensive testing and assessment approach is utilized during improvement. The item ID calculations, sound directing framework, and generally client experience is worked on because of client feedback.