ML Algorithm-Based Virtual Eye Guidance System

L. G, R. G
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Abstract

Object detection is used in almost every real-world application, including autonomous traversal, visual systems, and facial recognition, to name a few. The purpose of this study is to apply object detection algorithms to assist visually impaired people. It allows vision impaired people to be aware of their surroundings, enabling them to move freely. With promising findings, a prototype was developed on a Raspberry PI 3 using OpenCV libraries. This research looks at the many methods of detecting items with audio output using various object detection algorithms, such as a deep neural network for SSD constructed using the Caffe model. Along with vocal coaching, we've incorporated an emergency button to inform those nearby and a vibrator to alert deaf people to the obstruction in front of the camera.
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基于ML算法的虚拟眼引导系统
物体检测几乎用于所有现实世界的应用,包括自主遍历、视觉系统和面部识别等。本研究的目的是应用物体检测算法来辅助视障人士。它使视力受损的人能够意识到周围的环境,使他们能够自由行动。有了很有希望的发现,使用OpenCV库在Raspberry PI 3上开发了一个原型。本研究着眼于使用各种对象检测算法检测音频输出项目的许多方法,例如使用Caffe模型构建的SSD深度神经网络。除了语音指导,我们还安装了一个紧急按钮来通知附近的人,还有一个振动器来提醒聋人注意镜头前的障碍物。
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