Implementation system and method of high-simulation short-wave radio station

Abstract

The invention provides an implementation system and method of a high-simulation short-wave radio station. The implementation system comprises a simulation radio station terminal and a server. According to the system, a client/server mode is adopted, short-wave communication big data collected and stored by an existing military and civil short-wave network and radio station fault information fed back by a user unit are combined, and short-wave radio station terminal simulation, sky-wave channel simulation and fault simulation are achieved through pure software. The system and method can effectively improve the practical operation level of short-wave communication technicians on short-wave radio stations, are familiar with radio station business logic, solve the problems that a conventionaltraining method is high in training cost and cannot achieve the simultaneous training of one person and one short-wave radio station, save the short-wave radio station resources, and improve the training efficiency.

Description

technical field [0001] The invention relates to the technical field of simulation of short-wave radio stations, in particular to a system and method for realizing high-simulation short-wave radio stations. Background technique [0002] In recent years, short-wave communication has developed rapidly and has become the main means of medium and long-distance communication in countries all over the world. The short-wave communication construction and maintenance costs are low, the construction period is short, the equipment is simple, the networking is convenient, and the ability to resist natural disasters or wars is strong. There are two basic propagation paths of short wave: one is ground wave and the other is sky wave. The short wave communication mainly uses sky wave, the sky wave channel is a variable parameter channel, the stability of signal transmission is poor, and there are serious multipath effects, resulting in frequency selective fading and multipath delay. Selec...

AI Technical Summary

Problems solved by technology

[0003] Troops will need a large number of short-wave radio stations when performing training tasks, but the structure of short-wave radio stations is complex and the production cost is high. It is difficult to deploy a large number of short-wave radio stations for training tasks, which seriously affects the efficiency and quality of training

In addition, the existing training methods cannot allow the trained communication staff to deeply understand the characteristics of short-wave communication, and it is also difficult for the communication staff to make accurate judgments and locate faults in short-wave radio stations

At this stage, there is no high-simulation short-wave radio system

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