Meng-xia, Li; Jun-min, Mou; Xin-yu, Guan; Shuai, Gong
(Scientific Journals Maritime University of Szczecin, Zeszyty Naukowe Akademia Morska w Szczecinie,
)
With the development of tourism in the inland waters, various types of accidents in the waters have posed
a great threat to human life, property, and the environment. This has caused concern in all circles of society.
According to water tourism safety issues, and relying on Internet technology, shipping safety, and public safety
management theory, this paper has proposed the concept and design plan of an Internet + maritime emergency
management platform. This platform includes functions such as the intelligent perception of a ship’s navigation
status, the scientific selection of a maritime emergency rescue site, the emergency rescue scene, the online dynamic
management of maritime emergency resources, and the online production of a maritime emergency rescue
plan. The design scheme has been used in the platform’s development. This paper has taken the application
of the Internet + maritime emergency management platform for the Liujiaxia reservoir in the Gansu Province
of China as an example. The results showed that the design of the platform that has been proposed in this paper
is reasonable and that it can provide scientific, fast and accurate decision information for emergency command
in the Liujiaxia reservoir and improve the effective control of the accident site as well as the use of resources.