AI-PaaS: Towards the Development of an AI-Powered Accident Alert System

E. Asani, Oladapo Daniel Akande, Esther Edeghogho Okosun, Oluwambo Tolulope Olowe, R. Ogundokun, A. Okeyinka
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引用次数: 1

Abstract

The development of an accident detection system is a crucial step towards improving emergency response times, saving lives and achieving the ambitious projection of the United Nations General Assembly to drastically reduce the global fatality rate of road traffic crashes by half by the year 2030. It is also cardinal to the attainment of the United Nation's SDG 11 goal of making cities and human settlements inclusive, safe, resilient and sustainable. In this study we present a preliminary development of an AI-powered Accident Alert System (AI-PaaS). The system has four modules namely, sensors module, detection module, registration module and messaging module. The detection module is powered by sensing technology and the Hidden Markov Model to intelligently and correctly detect that an accidents sound. The MPU 6050 containing both accelerometer and gyroscope is also integrated to detect any sharp variation in the acceleration and angular vis-a-vis a predefined threshold value. Once an accident has been detected, the messaging module is triggered to communicate first responders and the victims' pre-registered kin. Preliminary results are presented. The system can potentially reduce road accident fatality by providing accurate and timely location-based information to emergency service providers.
AI-PaaS:面向ai驱动的事故警报系统的开发
开发事故探测系统是朝着缩短应急反应时间、拯救生命和实现联合国大会关于到2030年将全球道路交通事故死亡率大幅减少一半的宏伟预测迈出的关键一步。这也是实现联合国可持续发展目标11——建设包容、安全、有韧性和可持续的城市和人类住区——的关键。在这项研究中,我们提出了一个人工智能驱动的事故警报系统(AI-PaaS)的初步开发。该系统分为四个模块,即传感器模块、检测模块、注册模块和消息传递模块。检测模块采用传感技术和隐马尔可夫模型驱动,对事故声音进行智能、正确的检测。包含加速度计和陀螺仪的MPU 6050也集成在一起,以检测加速度和角度相对于预定义阈值的任何急剧变化。一旦检测到事故,消息传递模块就会被触发,以与第一响应者和受害者预先登记的亲属进行通信。给出了初步结果。该系统可以通过向应急服务提供者提供准确和及时的位置信息,潜在地减少道路交通事故的死亡率。
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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