Development and Practice of Sports-Related Public Welfare Platform Based on Multi-Sensor Technology

Author:

He QuantaoORCID,Hu Tongchang,Zhong Yong,Li Wenjuan,Sun Ren

Abstract

Today, more and more Internet public media platforms allowing people to make donations or seek help are being founded in China. However, there are few specialized sports-related public welfare platforms. In this paper, a sports-related public welfare platform that aims to help people who were disabled due to participation in sports and those who are disabled but want to participate in sports was developed based on multi-sensor technology. A multi-sensor data fusion algorithm was developed, and its estimation performance was verified by comparing it with the existing Kalman consistent filtering algorithm in terms of average estimation and average consistency errors. Experimental results prove that the speed of the data collection and analysis of the sports-related public welfare platform using the algorithm established in this paper was greatly improved. Relevant data on how users used this platform showed that various factors affected users’ practical satisfaction with sports-related public welfare media platforms. It is suggested that a sports-related public welfare media platform should pay attention to the aid effect, and specific efforts should be devoted to improving the reliability and timeliness of public welfare aid information, and ensuring the stability of the platform system.

Funder

Virtual Simulation Teaching Reform and Exploration of Physical Education Based on VR/AR/MR Technology

Research on AI+ Online Open Course Learning Support Service Innovation

Development and Research of AI Intelligent Sports Training System

Research on the Exercise Control of Physical Education Teaching by Modern Technology

Publisher

MDPI AG

Subject

Electrical and Electronic Engineering,Biochemistry,Instrumentation,Atomic and Molecular Physics, and Optics,Analytical Chemistry

Reference20 articles.

1. Prediction of micro-public-welfare forwarding scale based on neural network integrated T-S system;Zhang;Rev. Fac. De Ing.,2017

2. More for less? Sharing economy as a driver of public welfare innovation;Pallesen;Technol. Innov. Manag. Rev.,2020

3. How China’s internet commonweal platform improves customer participation willingness? An exploratory study of Ant Forest;Shen;Chin. Manag. Stud.,2021

4. Recent advances in multisensor multitarget tracking using random finite set;Da;Front. Inf. Technol. Electron. Eng.,2021

5. Impact of heterogeneous technology integration on the power, performance, and quality of a 3D image sensor;Lie;IEEE Trans. Multi-Scale Comput. Syst.,2017

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