张维军, 饶宁, 唐兰英, 等. 基于北斗短报文通信技术的林业有害生物监测数据传输[J]. 自然保护地,2023,3(3):85−93. DOI: 10.12335/2096-8981.2022092101
引用本文: 张维军, 饶宁, 唐兰英, 等. 基于北斗短报文通信技术的林业有害生物监测数据传输[J]. 自然保护地,2023,3(3):85−93. DOI: 10.12335/2096-8981.2022092101
ZHANG Weijun, RAO Ning, TANG Lanying, et al. Research on Data Transmission of Forest Pest Monitoring Based on Beidou Short Message Communication Technology[J]. Natural Protected Areas, 2023, 3(3): 85−93. DOI: 10.12335/2096-8981.2022092101
Citation: ZHANG Weijun, RAO Ning, TANG Lanying, et al. Research on Data Transmission of Forest Pest Monitoring Based on Beidou Short Message Communication Technology[J]. Natural Protected Areas, 2023, 3(3): 85−93. DOI: 10.12335/2096-8981.2022092101

基于北斗短报文通信技术的林业有害生物监测数据传输

Research on Data Transmission of Forest Pest Monitoring Based on Beidou Short Message Communication Technology

  • 摘要: 【目的】在无网络信号覆盖的偏远林区,实现林业有害生物监测数据自动化采集是一个技术难题。为了解决偏远林区数据传输问题,以基层林业有害生物监测防控实际需求为切入点,开展基于北斗短报文通信技术的林业有害生物监测数据传输研究。【方法】采用“终端+平台”方式,进行相关硬件和软件的设计,并针对北斗短报文通信容量有限和丢包的问题,开展了数据压缩、数据分包和数据丢包重传机制设计。【结果】经过在保护区测试,研究结果表明,该系统数据传输成功率能保持在99%以上,验证了本系统可作为通信盲区的林区虫情监测预警的一种可靠手段。【结论】能够有效地实现林业有害生物监测数据的远程传输,保障了数据的时效性,这对改善林业害虫防治、保护好森林资源和生态环境具有重要的意义和价值。

     

    Abstract: 【Objectives】In remote forest areas without network signal coverage, it has been a technical problem to realize the automatic collection of forest pest monitoring data. To solve the problem of data transmission in remote forest areas, starting from the actual needs of forestry pest monitoring and control at the grassroots level, research on forest pest monitoring data transmission based on Beidou short message communication technology was carried out. 【Methods】In this paper, the system adopted the "terminal + platform" mode to design related hardware and software and carried out the design of data compression, data subcontracting, and data packet loss retransmission mechanism given the limited communication capacity of Beidou short message and the problems of packet loss. 【Results】After testing in the natural protected areas, the research results showed that the data transmission success rate of the system could remain above 99%, which verified that the system could be used as a reliable means of monitoring and warning of forest insect situations in communication blind districts. 【Conclusions】This system can effectively realize the remote transmission of forest pest monitoring data and ensure the timeliness of data. It is of great significance and value to improve forest pest control and protect forest resources and the ecological environment.

     

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