Private network cloud command and control system for unmanned system

Abstract

The invention relates to the technical field related to command and control, in particular to a private network cloud command and control system for an unmanned system. The system comprises a cloud command and control center, a command and control edge subnet and a plurality of task nodes, and communication is realized through a private network broadband wireless communication network among the cloud command and control center, the command and control edge subnet and the task nodes. The system has the beneficial effects that by adopting the technical scheme, the system adopts a universalized, efficient, safe and stable command and control architecture, depends on abundant resources of a large-scale cloud server, quickly establishes a private network communication network channel through a TD-LTE private network base station and corollary equipment, a multimedia gateway comprehensive management technology is combined, the data transmission quality of each terminal is guaranteed, the information transmission time delay is reduced, bandwidth resources are utilized to the maximum extent, hierarchical one-to-one mapping is carried out on the system, calculation sharing, resource sharing and data sharing are achieved, and fusion generation of global situation information and efficient transmission of command information are achieved.

Description

technical field [0001] The invention relates to the technical field of command and control, in particular to a private network cloud command system for unmanned systems. Background technique [0002] As the number and types of unmanned equipment continue to increase, the scale of unmanned equipment clusters is becoming more and more complex. For command and decision makers, it is necessary to quickly deploy and dispatch them in a short period of time, especially Compared with edge devices that are far away from the command center, the edge situation is changing rapidly. There is no more efficient and stable way to achieve on-demand deployment of front and rear resources. Each command may consume a lot of time and human resources, and it is difficult to achieve high efficiency on the edge. Precise control. [0003] For unmanned system equipment, all information such as various payloads, equipment platforms, audio and video acquisition terminals, navigation and positioning in...

AI Technical Summary

Problems solved by technology

At present, the edge-oriented unmanned system equipment needs to display the audio and video information of the front site in real time and quickly to the rear, and the command and dispatch commands from the rear also need to be sent to the front site accurately and in a timely manner, but currently only rely on traditional TD-LTE private network base stations, etc. Due to the performance limitations of hardware equipment, unreasonable network architecture and routing configuration, the communication link built by communication equipment often leads to prolonged or even blocked information time; and due to the need to quickly adapt to multiple application scenarios, the network configuration link is cumbersome and requires professional Network personnel are required to configure and maintain the network, which increases the cost of using the system

In addition, when a communication failure occurs, it is difficult to locate the faulty node, requiring multiple paths and node-by-node investigation, and the system security needs to be improved; and the information implanted with network viruses can be connected to the system from any node, increasing system intrusion risk

[0006]Therefore, the disadvantages of the prior art: 1. Complicated command and communication system architecture path; Poor system security and information confidentiality

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