Construction of maritime aviation search and rescue platform

This paper constructs a simulation platform based on the C++ language and Qt framework, with a research focus on aerial target search. Initially, it examines the simulation process of target dispersal in the sea under conditions of known fuzziness, utilizing the Monte Carlo method. Subsequently, it explores the modeling approach based on a large azimuth and latitudelongitude coordinate system, creating various target search scenarios. Finally, it incorporates the internal operational logic of some existing search and rescue assistant decision software. Practical application has demonstrated that the simulation platform performs well, offering straightforward simulation and decision support for maritime aerial search and rescue operations. The development of this platform can also provide insights and guidance for designing similar search and rescue assistant software.