Application of UAV System in Highway Communication Engineering Technology
Abstract
In order to improve the technical level of highway communication engineering, this paper discusses the specific application of daily
road condition monitoring, traffic control, emergency response and supplement and expansion of communication network from the perspective of the application of UAV system. This paper analyzes the advantages of UAV system applications, including high efficiency, economy,
flexibility and safety, and points out the challenges in technology, management and laws and regulations. In response to these challenges,
strategies, such as technological innovation, management optimization and regulation improvement, are proposed, aiming to promote the safe,
efficient and compliance application of UAV systems in highway communication engineering and promote the development of intelligent
transportation.
road condition monitoring, traffic control, emergency response and supplement and expansion of communication network from the perspective of the application of UAV system. This paper analyzes the advantages of UAV system applications, including high efficiency, economy,
flexibility and safety, and points out the challenges in technology, management and laws and regulations. In response to these challenges,
strategies, such as technological innovation, management optimization and regulation improvement, are proposed, aiming to promote the safe,
efficient and compliance application of UAV systems in highway communication engineering and promote the development of intelligent
transportation.
Keywords
UAV system; Highway; Communication engineering technology
Full Text:
PDFReferences
[1] Li Lei. Application of UAV system in highway communication engineering technology [J]. Equipment management and maintenance,
2022 (6): 107-108.
[2] Liu Zhe, Li Ou. Application of UAV system in highway communication engineering technology [J]. Computer Campus, 2020 (11):
3272-3273.
[3] Wu Zhongqing. Reverse analysis of communication protocol for small UAV system [D]. Xidian University, 2018.
DOI: http://dx.doi.org/10.70711/frim.v2i7.5029
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