Article Details

Abstract

To address health issues caused by improper sitting posture, excessive eye use, and unsuitable learning environments among adolescents, a multi-functional learning monitoring system based on the CKS32 microcontroller is designed. It utilizes infrared sensors, distance sensors, temperature sensors and ambient light sensors to monitor users' posture, ambient temperature, and light intensity. It also tracks study duration. When the user leaves the learning environment, when abnormalities occur in the learning environment or excessive study time is detected, voice alerts are issued to notify the user. Tests demonstrate that the system operates stably and effectively monitors the user's learning status and learning environment, and provides timely voice reminders.

Keywords

monitoring; sensor; learning; CKS32

References

1. [1] Yuan Bo A prototype system of intelligent desk lamp based on STM32 for voice control and sitting posture detection [J]. Laboratory Research and Exploration, 2019, 38 (3): 56-60
2. [2] Xie Fu, Wang Zhensheng, Li Jun, etc Design and Implementation of Intelligent Desk Based on STM32 Microcontroller [J]. Electronic Products World, 2022, 29 (1): 82-85
3. [3] Jia Yanyan, Pang Yuemei Design and Implementation of Multi functional Speech Vision Protection Instrument Based on Single chip Microcomputer [J]. Electronic Manufacturing, 2023, 31 (23): 50-54
4. [4] Zhao Zhihao, Shen Wei Wireless device software upgrade method based on CKS32F103 microprocessor [J]. Electronics and Packaging, 2024, 24 (4): 89-93
5. [5] Gao Jiaping, Li Yu Design and Implementation of a 32-bit Microcontroller Offline Downloader Based on CKS [J]. Modern Information Technology, 2025, 9 (6): 10-14
6. [6] Li Jiahao, Zhou Yi, Shang Alfan, etc Design of Multi functional Intelligent Transport Vehicle Based on STM32 [J]. Shanxi Electronic Technology, 2025 (6): 15-17
7. [7] Su Jieren Timing Analysis and Implementation of Temperature Sensor DS18B20 [J]. Modern Information Technology, 2025, 9 (24): 115-119
8. [8] Peng Jiali, Zhong Haidong, Wang Jiongyi Design and Implementation of a High and Low Temperature Frequency Automatic Testing System [J]. Electronics and Packaging, 2021, 21 (11): 87-91
9. [9] Sun Yong, Lu Chenglong, Qing Guangwei, etc Design of Monitoring System for Tourist Vehicle Operation [J]. Internet of Things Technology, 2025, 15 (22): 13-19
10. [10] Huang Zhifang, Ye Zuoli, Zhang Yuyi, etc Intelligent garbage bin classification based on image recognition and speech recognition [J]. Internet of Things Technology, 2024, 14 (10): 24-27
11. [11] Zhang Lingyu, Han Jing Design of Intelligent Lighting System for Nursing Home Based on Internet of Things [J]. China Lighting Appliances, 2025 (9): 125-127
12. [12] Wang Shuxia, Wang Guoxin, Liu Zhichao Design and Implementation of a Simple Ultrasonic Distance Measuring Device [J]. Instrument Technology, 2021 (3): 23-24, 66

About the authors

Tian Guoyi (1994-), male, Han nationality, from Yancheng, Jiangsu, engineer, master's student, research direction: verification and testing of integrated circuits.