Driven by the social and economic development, the construction center of our country has gradually shifted to the transportation facilities. Through the construction of traffic facilities, not only can the development of society be promoted, but also people's daily travel can be more convenient, and then people's living standard can be further improved. During the construction of traffic facilities, highway maintenance management is essential. However, there are some problems in the process of highway maintenance management, which affect the effect of maintenance management. Therefore, relevant staff members need to take corresponding solutions to the existing problems to optimize the situation of highway maintenance management. As far as the current social development is concerned, Internet and big data are two common types of technologies, which are widely used in all walks of life. This paper mainly analyzes and discusses the specific situation of highway maintenance management under the background of Internet and big data.

Xin Lu. Intelligent Highway Maintenance Management Technology Based on Internet and Big Data. International Journal of Big Data Intelligent Technology (2022), Vol. 3, Issue 4: 10-17. https://doi.org/10.38007/IJBDIT.2022.030402.

[1] Y. G Li, X. P. Wu, AT Lv & M Nie. Artificial intelligence-based rural road maintenance management assessment system. Systems Engineering-Theory & Practice. (2013) 33(6), 1557-1562.

[2] Barlow, P. L & Riches, K. M. . Road maintenance. (1985) US4503176 A.

[3] Yonggang Wu, Guoman Yu. Talking. about the expressway maintenance management system based on the whole life cycle and big data concept. China Weekly: English version. (2020) 000(008):P.1-1.

[4] Markow M. J, Harrison F. D, Thompson P. D, Harper E. A, & Hyman W. A. Role of highway maintenance in integrated management systems. nchrp report.(1994).

[5] Group, R. L. Well-maintained highways - code of practice for highway maintenance. (2005).

[6] Zhe Wang, Xizhong Xu, Jincheng Wei, et al. Thoughts and suggestions on the application of big data in expressway pavement management system. Modern Management. (2021) 11(6): 73-76.

[7] S.Zeng, & Ouyang X. Y. Study on Frame Design of Highway Pavement Maintenance Management System. IEEE. IEEE. (2009)

[8] Mikliaev E. M, Antonova I. I, Nikonov V. V, & Magomedov S. G. An approach to emergency situation forecasting in the field of road maintenance based on Big data Analysis.(2018)

[9] Donghong Liu. "internet plus" Smart Highway Maintenance Management Technology. Proceedings of the 10th Annual Academic Conference of Maintenance and Management Branch of China Highway Society. (2020) 14-18.

[10] Davey M. A, & Flood M. M. Pavement Rehabilitation and Maintenance Prioritization of Urban Roads Using Fuzzy Logic. American Journal of Obstetrics and Gynecology, (2011) 204(4), e18; author reply e18-20, discussion e20.

[11] Y Zhao, Y Li, Y. Q Xiang, J. F.Wang, & X. Y Sun. Conceptual Design of Health Monitoring and Maintenance as Well as Administration System of Highway Tunnel. Safety and Durability of Structure: SSCM'2006. Department of Civil Engineering. (2006).

[12] Archana M. R, Anjaneyappa V, Amarnath M. S, Veeraragavan A. Simplified Methodology for Optimal Maintenance Management of Highway Pavement Network. Recent Advances in Transportation Systems Engineering and Management. (2022) Page 205-215, DOI.10.1007/978-981-19-2273-2_14.

[13] Karimzadeh Arash, Shoghli Omidreza, Sabeti Sepehr, Tabkhi Hamed. Multi-Asset Defect Hotspot Prediction for Highway Maintenance Management. A Risk-Based Machine Learning Approach, Sustainability. (2022) PP 4979-4979. DOI: 10.3390/SU14094979.

[14] Chao Shen, Junfei Yang, Qiu Zhong, et al. Research and practice of "internet plus" intelligent expressway maintenance management technology. World of Transportation Managers. (2021) (20):34-39.

[15] Wong Emily, Swei Omar. New Construction Cost Indices to Improve Highway Management. Journal of Management in Engineering. (2021) DOI: 10.1061/(ASCE)ME.1943-5479.0000924.

[16] Jina Lv, Weiwei Hong, Beiyan Ding, Yuanqing Wang. Evaluation of safety management responsibility system for highway maintenance. IOP Conference Series: Earth and Environmental Science. (2019) PP 022022-022022. DOI: 10.1088/1755-1315/330/2/022022.

[17] Huizhao Chai, Pengcheng Yue, Xiaopeng Guo. Design and Implementation of "Internet Plus Expressway" Big Data Integrated Management and Control Platform. Electronic World. (2020) (19):21-25.

[18] Peng Shen, Yulin Zou, Huajun Peng, et al. Analysis of Intelligent Management Platform for Highway Engineering Construction Based on BIM+GIS technology. China Traffic Informatization. (2022) (7):44-48.

[19] Sangyum Lee, Park Jeong-Jun, Cho Byoung Hooi. Management of Cavities under Flexible Pavement Road Network in Metropolitan Area: Detection, Evaluation, And Rehabilitation. Developments in the Built Environment. (2022) DOI: 10.1016/J.DIBE.2022.100091.

[20] Fengxia Jiang, Wenbo Mou, Bao Yang  et al. Research and Application of Expressway Construction Management and Control Platform Based on Digital Twin Technology. Jilin Transportation Science and Technology. (2022) (001):003-007.

[21] Mikliaev, E. M, Antonova I. I, Nikonov V. V, & Magomedov S. G. An Approach to Emergency Situation Forecasting in the Field of Road Maintenance Based on Big Data Analysis.(2018).

[22] Y Liu, X Zhang, B Zhang, & Z Chen. Deep Network For Road Damage Detection. 2020 IEEE International Conference on Big Data (Big Data). IEEE.(2020)

[23] Yuanyuan Liu, Xiaodong, Zhu, Xiaoxia Wang, Yuanqing Wang, Qian Yu, Shuang Han. The Influence of Work Zone Management on User Carbon Dioxide Emissions in Life Cycle Assessment on Highway Pavement Maintenance. Advances in Meteorology. (2022). DOI: 10.1155/2022/1993564.

[24] Shenggu Yuan, Luo Lun, Ronggang Guo, et al. Application and Practice of Remote Sensing Big Data in Highway Traffic. Big Data. (2022) (002):008-012.

[25] Yuanyuan Liu, Yuanqing Wang, Di Li  Fan Feng  Qian Yu, Shuqi Xue. Identification of the Potential forCarbon Dioxide Emissions Reduction from Highway Maintenance Projects using Life cycle Assessment: A case in China. Journal of Cleaner Production. (2019) PP 743-752. DOI: 10.1016/j.jclepro.2019.02.081.

[26] H. L Zhang, Yong-Gang, Y. U, L. J. Wang, Transport, S. O, & University, T. D. Analysis and Prevention of Highway Geological Disasters under Conditions of Extreme Rainfall in Hebei Province. Highway. (2014).