Multiple-UAV operation information display system

Abstract

The present invention discloses a multiple-UAV operation information display system which comprises a data receiving unit for receiving flying state data and image data from airborne sensors and classifies and stores into a storage unit corresponding to each UAV, then a processing unit calculates and generates an integrated information display set according to the flying state information, terrain database information of each UAV in the storage unit and the control options of a control unit, and a display unit combines a display parameter and displays the integrated information display set in the whole. According to the system, the relative positions of multiple UAV can be displayed in an integrated way, the relative relationship of UAVs flying at a low altitude and terrain and obstacles on the ground is displayed in a highlighted way, the state sensing ability of control personnel is effectively enhanced, and the system is especially for a multiple-unmanned-helicopter cluster application.

Description

technical field [0001] The invention belongs to the field of UAV control information display, and in particular relates to a multi-UAV control information display system. Background technique [0002] UAV cluster combat has become an inevitable trend in the development and application of UAVs in the future. At present, the control of UAVs mainly relies on the UAV ground control station, which supports the operator to control the UAV by displaying the flight status information of the UAV. [0003] Traditional UAV ground control stations generally can only control a single UAV and display its flight status information and mission information. At the same time, in order to ensure mobility and flexibility, UAV ground control stations often exist in the form of vehicles. Under normal circumstances, vehicles are limited by factors such as size and weight, and cannot be equipped with multiple sets of UAV systems, and the existence of multiple sets of systems may also cause problem...

AI Technical Summary

Problems solved by technology

Under normal circumstances, vehicles are limited by factors such as size and weight, and cannot be equipped with multiple sets of UAV systems, and the existence of multiple sets of systems may also cause problems such as data interference.

Therefore, with the current technical means, the realization of multi-UAV swarm combat missions still depends on multiple separate single-UAV ground control stations for control. Obviously, this method cannot provide operators with comprehensive information on the entire UAV group and the battlefield situation. It is also difficult to complete multi-UAV coordination and control tasks

[0004] In addition, for some unmanned helicopter ultra-low-altitude cluster combat missions, unmanned helicopters will face complex environments when flying at low altitudes, and are prone to contact with ground obstacles, which will cause flight accidents and affect cluster control and combat efficiency. However, the existing UAV control information does not indicate the relative relationship between the UAV and the terrain, and cannot effectively support multi-UAV ultra-low-altitude flight missions.

Images