Information exchange architecture based on semantic network

Abstract

The invention discloses an information exchange architecture based on a semantic network. The information exchange architecture is configured on a network exchange cognitive all-in-one machine with or without a person in a communication network. The situation cognition device performs intelligent cognition and understanding on the situation data, and obtains a cognition analysis result as value-added semantic information; the semantic portrait constructor constructs a semantic portrait according to the basic attributes of the presence or absence of the human object and the demand data; the semantic information distributor generates a semantic information distribution scheme by calculating the matching between the original or value-added combat semantic information and the semantic portraits of the objects with or without persons; the human-like language description expressor converts semantic information in the distribution scheme into standardized expression semantics; information encryption is carried out through a semantic information encryptor; and the semantic information compressor converts the encrypted planning expression semantics into binary data streams to be distributed and distributes the binary data streams to corresponding target objects. Compared with a traditional information exchange mechanism, the efficiency, the accuracy, the reliability and the safety of information exchange between the presence and the absence of people can be improved.

Description

technical field [0001] The invention belongs to the technical field of unmanned equipment collaboration, and in particular relates to an information exchange framework based on a semantic network, which is used to realize the exchange of semantic information in a military communication network. Background technique [0002] With the continuous advancement of artificial intelligence and unmanned / autonomous system strategic plans in various countries around the world, the future form of warfare will develop in the direction of unmanned and intelligent, unmanned operations will become the basic form, and multi-unmanned equipment coordinated operations will become The main combat method, real-time and efficient coordination between unmanned equipment is the key to gaining combat advantages. Efficient coordination depends on the fast and reliable exchange of information between unmanned equipment, as well as the understanding of each other's situations, conditions, needs, and inte...

AI Technical Summary

Problems solved by technology

[0005] The purpose of the present invention is to solve the problem that the traditional information exchange mechanism is difficult to efficiently and reliably transmit combat information, and cannot be understood and utilized. A semantic network-based information exchange architecture is proposed to upgrade the traditional network switch to a network exchange cognitive integration machine, with the help of a new semantic-based information exchange mechanism, to ensure efficient and reliable information transmission services in a strong confrontational battlefield environment

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