TITLE:
Design and Application of Integrated Monitoring Model for Provincial Meteorological Observation Data Transmission
AUTHORS:
Yonghua Zhang, Xiaoyu Chen, Shuoben Bi, Ping Shen, Zhenlang Ao, Zhongying Hu
KEYWORDS:
Provincial Level, Meteorological Observation Data Transmission, Integrated Monitoring, Model Design, SNMP
JOURNAL NAME:
Journal of Geoscience and Environment Protection,
Vol.7 No.5,
May
27,
2019
ABSTRACT: With the development of meteorological services,
there are more and more types of real-time observation data, and the timeliness
requirements are getting higher and higher. The monitoring methods of existing
meteorological observation data transmission can no longer meet the needs. This
paper proposes a new monitoring model, namely the “integrated monitoring model”
for provincial meteorological observation data transmission. The model can
complete the whole network monitoring of meteorological observation data
transmission process. Based on this model, the integrated monitoring system for meteorological observation data transmission in
Guangdong Province is developed. The system uses Java as the programming
language, and integrates J2EE, Hibernate, Quartz, Snmp4j and Slf4j frameworks,
and uses Oracle database as the data storage carrier, following the MVC
specification and agile development concept. The system development uses four
key technologies, including simple network management protocol,
network connectivity detection technology, remote host management technology
and thread pool technology. The integrated monitoring system has been put into
business application. As a highlight of Guangdong’s meteorological
modernization, it has played an active role in many major meteorological
services.