Object Detection and Human Identification using Raspberry Pi

S. R, F. Khan, Gowtham Ghatge R, H. S
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引用次数: 5

Abstract

The aim of this paper is to investigate the development of a navigation system for blind and visually impaired people along with human identification. It is based on a microprocessor with synthetic speech output. This solution is designed to give details about human whomever they encounter. The proposed system detects the any obstacle in the path of the blind via stereoscopic sonar system using ultrasonic waves and sends back vibro-tactile feedback to inform the blind about its localization. And if there is an obstacle and then the second system kicks into to check whether the obstacle is human or not, and if proven human, it matches with the existing system database to find out the person details and provide it to the user. Face Detection is an important step in any face recognition systems, for the purpose of localizing and extracting face region from the rest of the images.
使用树莓派进行目标检测和人体识别
本文的目的是研究盲人和视障人士导航系统的开发以及人类识别。它是基于一个具有合成语音输出的微处理器。该解决方案旨在提供有关人类遇到的任何人的详细信息。该系统通过利用超声波的立体声纳系统检测盲人路径上的任何障碍物,并向盲人发送振动触觉反馈,告知盲人障碍物的位置。如果有障碍物,第二个系统就会检查障碍物是否是人类,如果被证明是人类,它就会与现有的系统数据库匹配,找出人的详细信息并提供给用户。人脸检测是人脸识别系统中的一个重要步骤,其目的是从图像中定位和提取人脸区域。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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