Article Details

Abstract

With the continuous maturity of Artificial Intelligence, the self-driving automobile industry is developing rapidly. In order to ensure the safety of road traffic, self-driving automobiles have extremely high requirements for the accuracy of traffic sign recognition. Based on the JavaWeb technology stack, this paper designs a video acquisition and transmission system by using the MySQL database to store data and the IDEA integrated development environment. The system comprises five core functions, employs an automated data flow process, and supports video acquisition, preprocessing and storage, for the preliminary data collection work of recognition algorithm research. The system also has certain popularization for monitoring systems and education teaching systems.

Keywords

JavaWeb; video acquisition and transmission system; MySQL

References

1. [1] Li Shengbo, Liu Chang, Yin Yuming, etc Key technologies and development trends of end-to-end auto drive system [J]. Artificial Intelligence, 2023 (5): 1-16
2. [2] Duan Shuai, Wang Jiyu, Qin Kongjian, etc Design and Implementation of autonomous vehicle Actual Road Test System [J]. Manufacturing Automation, 2022, 44 (11): 208-214
3. [3] Chen Hanhan, Wang Junying, Ren Xiaoyue A review of research on detection and recognition methods of traffic signs [J]. Information Technology and Informatization, 2024 (3): 77-82
4. [4] Liang Yugao Design of High Definition Video Transmission System Based on FPGA High Speed Transceiver [J]. Changjiang Information Communication, 2024, 37 (7): 107-109+112
5. [5] Zhou Fangzheng Design of Highway Video Capture and Automated Transmission System for High Speed Mobile Scenarios [J]. Electronic Design Engineering, 2024, 32 (9): 191-195
6. [6] Zhang Yuehua Research on the Application of Bootstrap Responsive Design in Dessert Websites [J]. Modern Information Technology, 2024, 8 (15): 88-92+98
7. [7] Worry about Hui, Wen Zhicong Design and Implementation of Online Examination System Based on JavaWeb [J]. Modern Computer, 2023, 29 (24): 90-96
8. [8] Huang Yifeng Design and Implementation of Tea Monitoring and Early Warning Data Platform [D]. Wuhan: Central South University for Nationalities, 2018
9. [9] Liang Jianyong Design of personnel density detection system based on video recognition [J]. Electronic Design Engineering, 2021, 29 (23): 152-157
10. [10] Zhang Bo, Luo Weiping Monitoring and Prediction System for Cow Feed Consumption Status Based on Surveillance Video [J]. Agriculture and Technology, 2024, 44 (9): 47-50

Funding

Natural Science Project (XJ2022002201)

About the authors

Yang Haoyun (1995-), female, Han ethnicity, born in Guilin, Guangxi, is an engineer with a bachelor's degree. Her research interests include application development and data mining.