Study For Cross-regional Collaborative Flight Simulation Technology Of Many Aerial Vehicles

An important feature of modern warfare is the pre-emptive strike, therefore, the exercise and implementation of rapid strike has become a key. However, to carry out the exercise and implementation of fast attack, which is not only costly, but also is a huge project. Therefore, virtual battlefield environment simulation will be useful.However, most of today's virtual battlefield environment simulation is based on a specific application or focused on a local region. If you want to achieve cross-regional joint operations or long-range precision strike, a single scene can no longer meet the requirements. In this case, a wide range of scenarios are needed, even a global perspective is needed.In this paper, under the support of the topic of"Cross-regional collaborative flight simulation technology of many aerial vehicles", terrain simulation technology and wave simulation technology of cross-regional flight and collaborative method of many aerial vehicles are mainly studied.For the terrain simulation technology of cross-regional flight, on the basis of preprocessing the massive terrain data, the paper proposes a solution of organization and storage of massive terrain data to achieve effective management of massive terrain data, and ultimately completes modeling of cross-domain land.For the wave simulation technology of cross-regional flight, the paper describes a solution for the application of global ocean simulation on the basis of research on surface model and illumination model of the wave of ocean.Finally, for the collaborative method of many aerial vehicles, client / server mode is used in this paper, and exchanging data through the network between the server and client. On this basis, communication and synchronization methods of flight simulation of many aerial vehicles are studied.Comprehensive previous research, this paper realizes a demo system of cross-regional collaborative flight simulation of many aerial vehicles in the global battlefield environment, based on client / server architecture of a server controls many clients.