Modularized open architecture for multi-domain joint combat

Abstract

The invention discloses a modular open architecture for multi-domain joint combat, and relates to the technical field of open system architecture design, the open architecture is a technical architecture for a multi-domain joint combat system, adopts a modular design, opens specifications and standards, is used for a key interface in the system, and provides an open architecture for a multi-domain joint combat system. The modular open architecture design for the multi-domain joint combat mainly comprises three pieces of content: network communication, middleware and application service. Compared with the prior art, the invention provides a multi-domain cooperative combat system architecture design which is easy to transplant, easy to upgrade and tailorable and faces the combat application service, nodes such as airplanes, ships, weapons, sensors, command and control systems and networks can be integrated, and universal sharing of resources such as the sensors, the weapons, computing power and communication of the combat system is realized.

Description

technical field [0001] The invention relates to the technical field of open system architecture design, in particular to a modular open architecture oriented to multi-domain joint operations. Background technique [0002] Traditional weapons and equipment are independently divided according to each combat domain and handle combat tasks separately. With the development of intelligent information technology, how to realize multi-domain coordinated operations of complex combat tasks and organically integrate all combat forces has become the primary problem to be solved in multi-domain joint operations. . Next-generation equipment operations will be conducted on the premise of system support. The combat functions of future equipment will be defined by software services, and an open, scalable, and portable architecture will become a must. The existing airborne system mission design is designed for single-machine platforms or small formation operations, and does not support cross...

AI Technical Summary

Problems solved by technology

The existing airborne system mission design is designed for single-machine platforms or small formation operations, and does not support cross-domain and multi-domain coordinated operations. Considering the cost and feasibility of equipment modification in service and under research, shielding software and hardware differences, Different systems with different languages ​​and software can understand each other, and it is urgent to design a modular open framework for multi-domain joint operations to solve the above problems

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