System, method and device for realizing automatic ultra-wideband wireless signal acquisition, transmission and processing, processor and storage medium thereof

Abstract

The invention relates to a system for realizing automatic ultra-wideband wireless signal acquisition, transmission and processing. The system comprises a radio frequency frequency conversion unit, a broadband filter unit filtering the mirror image frequency, a high-speed ADC unit digitally quantizing the intermediate-frequency broadband signal, an FPGA signal processing unit providing DSP processing logic, a main control unit, a network transmission interface, a central server realizing synchronous beat signal initiation and control, a synchronization signal interface, a reference clock unit generating a high-precision precise clock, and a local oscillator unit generating different frequency mixing local oscillator signals. The invention also relates to a method and a device for realizing automatic ultra-wideband wireless signal acquisition, transmission and processing, a processor and a computer readable storage medium. By adopting the system, the method, the device, the processor and the computer readable storage medium for realizing automatic ultra-wideband wireless signal acquisition, transmission and processing, the network bandwidth is fully utilized, the network transmission conflict is reduced, and the wireless signal acquisition efficiency is improved.

Description

technical field [0001] The present invention relates to the field of broadband wireless signal automation, in particular to the field of broadband wireless signal automatic acquisition and transmission, specifically a system, method, device, processor and computer-readable storage medium for realizing automatic ultra-wideband wireless signal acquisition and transmission processing . Background technique [0002] All general signal analyzers have the ability of broadband signal acquisition and network transmission. The operation scenario is that the signal analyzer is connected to the device under test through a radio frequency cable, and connected to a local area network through a Gigabit network card. There is a remote control host in the network, and the host sends SCPI Instructions set parameters such as the frequency point, reference level, or sampling time of the analyzer. Each setting requires a separate SCPI instruction operation, which takes a long time. After the pa...

AI Technical Summary

Problems solved by technology

[0002] All general signal analyzers are capable of broadband signal acquisition and network transmission. The operation scenario is that the signal analyzer is connected to the device under test through a radio frequency cable, and connected to a local area network through a Gigabit network card. There is a remote control host in the network, and the host sends SCPI Instructions set parameters such as the frequency point, reference level or sampling time of the analyzer. Each setting requires a separate SCPI instruction operation, which takes a long time. After the parameters are configured, send the SCPI data request instruction to complete the IQ data network. transmission

The above operation processes are all initiated by the remote control host and run one by one by writing scripts. The interaction is frequent and the operation time is long. If it is applied to production line scenarios such as assembly lines, the efficiency is extremely low

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