The Design of the Exercise Load Monitoring System Based on Internet of Things

Exercise is of great help to human health, and exercise load monitoring is also to ensure the physical and mental health of athletes. Therefore, this paper designs an exercise load detection system based on Internet of things technology. We introduce the design of heart rate acquisition part, mobile...

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Published in:Wireless communications and mobile computing 2022-04, Vol.2022, p.1-11
Main Authors: Zhao, KuoTu, Liu, WeiJun
Format: Article
Language:English
Subjects:
Applications programs
College students
Communication
Computer architecture
Design
Exercise intensity
Heart rate
Information storage
Internet of Things
Medical technology
Mental health
Mobile computing
Monitoring systems
Real time
Sensors
Sports injuries
Systems design
Telemedicine
Vital signs
Wearable computers
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cited_by cdi_FETCH-LOGICAL-c267t-c46c3d538fcf4cbe0e9d1283f118b9c72424512d332a9f8c9be6f201e7194e683
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creator Zhao, KuoTu
Liu, WeiJun
description Exercise is of great help to human health, and exercise load monitoring is also to ensure the physical and mental health of athletes. Therefore, this paper designs an exercise load detection system based on Internet of things technology. We introduce the design of heart rate acquisition part, mobile application part, and web server in detail. There are many places to weigh and consider in the design process. The design idea of the system is introduced step by step, and the hardware system deployment architecture and the overall software architecture of the system are designed. In particular, the monitoring of exercise heart rate is very suitable for the system requirements studied in this paper. The system design in this paper can achieve the effect of human sports load detection.
doi_str_mv 10.1155/2022/8011124
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subjects Applications programs
College students
Communication
Computer architecture
Design
Exercise intensity
Heart rate
Information storage
Internet of Things
Medical technology
Mental health
Mobile computing
Monitoring systems
Real time
Sensors
Sports injuries
Systems design
Telemedicine
Vital signs
Wearable computers
title The Design of the Exercise Load Monitoring System Based on Internet of Things
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