Inter-frequency networking communication design method and control center platform based on ultra-short wave radio

Abstract

The present invention is an ultrashort wave radio station-based inter-frequency network communication design method and a control center platform, through which an ultra-short wave radio station-based inter-frequency inter-network communication design method and a control center platform realize the ultra-short wave radio station in different frequency and different network states orderly and effective communication. The method for designing inter-frequency networking communication based on ultra-short wave radio stations provided by the present invention includes network structure division of inter-frequency networking, working mode planning, time slot allocation mode, network construction process, network maintenance method and work type planning; the present invention The inter-frequency networking communication control center platform based on ultra-short-wave radio stations adopts a modular design to clarify the connection relationship between the two types of communication controllers and base stations. It is established with a concise network structure, focusing on inter-frequency networking functions and Correspondence of platform modules.

Description

technical field [0001] The present invention relates to a design method of inter-frequency networking communication and a control center platform based on an ultrashort-wave radio station. Specifically, it uses an ultra-short-wave radio station-based inter-frequency networking communication design method and a control center platform so that the ultra-short-wave radio station can operate at different frequencies. Realize orderly and effective communication under different network conditions. Background technique [0002] In the existing tactical communication network based on ultrashort wave radio stations, a joint communication system is established, and there is a disadvantage that the communications of different ultrashort wave radio stations in the system will collide; moreover, based on the communication mode at the same frequency, when there is already an uplink or downlink When linking, other stations in the network will not be able to establish emergency communicatio...

AI Technical Summary

Problems solved by technology

[0002] In the existing tactical communication network based on ultrashort wave radio stations, a joint communication system is established, and there is a disadvantage that the communications of different ultrashort wave radio stations in the system will collide; moreover, based on the communication mode at the same frequency, when there is already an uplink or downlink When linking, other stations in the network will not be able to establish emergency communication links at the same time, which lacks flexibility; in addition, the communication between mobile stations in common small tactical communication networks must be completed through the control center of the communication network, which limits the network to a certain extent. Communication coverage, lack of mobility

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