基于人工智能和机器学习的智能传感器手机辅助系统

Rui-qiong Liang, Yu Sun
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引用次数: 0

摘要

技术正在接管世界。因此,当老年人使用移动设备时,如果周围有人,他们该如何请求帮助?在本文中,我们通过提供一个可以实时共享和远程控制移动设备的系统来解决这个问题。一款安卓手机应用程序已经被开发出来作为辅助工具。因此,当用户需要帮助时,他/她使用唯一的ID,发送请求并共享移动屏幕,因此助手在他/她的设备中看到共享屏幕并帮助需要帮助的人。我们将我们的应用程序应用于数据分析和精确测量。为了准确测量,我们进行了多种实验,观察在不同设备上的使用稳定性,以及地理、环境和网络因素的影响。结果表明,在30次实验中没有出现中断,表明系统运行稳定,网络速度是影响平均连接延迟的主要因素。为了进行数据分析,我们在社区和学校进行了手机App的宣传,共收到20份反馈问卷。我们观察到66 - 70岁的用户获得了最高的正面分数。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An Intelligent Sensor Mobile Phone Assisting System using AI and Machine Learning
Technology is taking over the world [7]. Thus, how elderly people can request for help when they use a mobile device if there is anybody around them? In this paper, we address this issue by providing a system that can share and remote control a mobile device in real time [8]. An Android mobile app has been developed as an assistant tool. Thus, when a user needs help, she/he uses an unique ID, sends a request and shares the mobile screen, so the helper sees the sharing screen in his/her device and assists the person who needs help. We applied our application to data analysis and accurate measurements. For the accurate measurement, we conducted diverse experiments to observe the stability of use in different devices, and the influence of geographic, environmental, and network factors. The result shows there are no interrupts during the 30 experiments, which means that the system is stable for use and the network speed is the main factor which affects the average connection delay. For the data analysis, we advertised the Mobile App in communities and schools and received a total of 20 feedback questionnaires. We observe that users from 66 - 70 yield the highest positive score.
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