Radio receiver system based on micro-service architecture

Abstract

The invention relates to a radio receiver system based on a micro-service architecture, and the system comprises a main control service module which is used for checking persistent configuration, detecting a system process, and sequentially awakening hardware service modules according to the configuration; and a hardware service module which is connected with the main control service module, is also respectively connected with external hardware equipment, and is used for controlling and managing the external hardware equipment according to the scheduling of the main control service module. By adopting the radio receiver system based on the micro-service architecture, loose hardware in the radio monitoring receiver is elastically bonded, so that each service module has the characteristics of loose coupling and telescopic expansion. The system is suitable for research and development of a radio monitoring receiver, is combined with micro-service and edge computing from the aspects of radio monitoring task decomposition and scheduling to equipment working state maintenance and processing, observation, storage, extraction and the like of monitoring data, is not limited to conventional hardware programming, and improves the agility of development and maintenance and the utilization rate of hardware resources.

Description

technical field [0001] The present invention relates to the field of radio, in particular to the field of radio monitoring, and specifically refers to a radio receiver system based on a microservice architecture. Background technique [0002] With the development of the economy, more and more stations and base stations are being built, and the demand for radio monitoring services is also gradually increasing, and the requirements for the indicators of radio monitoring receivers are also getting higher and higher: larger IF bandwidth, high scanning speed, ADS- B Aviation monitoring, AIS water monitoring, mobile communication base station information decoding, digital TV signal decoding, multi-channel DDC analysis, modulation identification, multi-user multi-task and other specific enhanced monitoring business requirements are also increasingly prominent. Traditional superheterodyne receivers and zero-IF receivers can no longer fully meet the growing needs of monitoring servic...

AI Technical Summary

Problems solved by technology

Traditional superheterodyne receivers and zero-IF receivers can no longer fully meet the growing needs of monitoring services. An alternative solution that can be quickly iterated and developed agilely is needed. Therefore, a radio receiver software design thinking based on microservice architecture Came into being

Images