基于特殊人群生物识别系统的智能控制电梯的设计与实现

Sabeur Masmoudi
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引用次数: 0

摘要

电梯的设计目的是为不同楼层的乘客提供高效的垂直运输服务。然而,它给有特殊需要的人带来了永久的困难。他们不能很容易地操纵那些电梯,通常让他们感到不舒服。许多研究提出了一种基于生物识别技术的有效解决方案。本研究的主要目的是探讨生物识别技术在特殊需求人群智能电梯开发中的有效性和准确性,以及如何帮助他们轻松使用基于多模态生物识别系统的电梯。本文通过微控制器和可编程逻辑控制器等可编程电子设备,开发了一种高效的三层智能电梯原型。这款智能电梯可以让残疾人轻松舒适地控制电梯,尤其是那些日常使用电梯有困难的聋哑人、视觉障碍者、听力障碍者和肢体障碍者。通过对智能电梯的有效控制,实现了98%以上的平均性能。拟建的智能电梯,利用生物识别模式,方便有特殊需要人士的日常生活,使他们更独立。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design and Implementation of Smart Control Elevator Based on Biometric Recognition System for People with Special Needs
The elevators have been developed to serve the requested passenger’s floors with efficient vertical transportation. However, it presents permanent difficulties for people with special needs. They can’t manipulate easily those elevators and usually make them feel uncomfortable. Many researches propose an efficient solution for those peoples based on biometric technology. The main purpose of this research is to investigate the effectiveness and accuracy of the biometric recognition technology in the development of a smart elevator for people with special needs and how to help them to use elevators easily based on multimodal biometric systems? In this paper, we developed a prototype of an efficient three floors smart elevator through programmable electronic devices such as microcontroller and programmable logic controller. The proposed smart elevator allow handicapped peoples to control the elevator easily and comfortably, especially people with speechless, visual, hearing, and physical impairments that have daily challenges with elevator. An average performance rate more than 98% has been stored with an efficient control of the proposed smart elevator. The proposed smart elevator permits to facilitate the daily life of people with special needs making them more independent by using biometric recognition modalities.
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