Testing system for precision validation hanging test of height-finding radar, and testing method implemented by testing system

Abstract

The invention discloses a testing system for a precision validation hanging test of a height-finding radar, and a testing method implemented by the testing system. The testing system comprises aerialequipment and group equipment, wherein the aerial equipment comprises data acquisition equipment, and communication control equipment connected with both the data acquisition equipment and the height-finding radar; the ground equipment comprises ground control equipment, and a hanging tool used to hang the aerial equipment up to a testing height; and the ground control equipment is connected withthe data acquisition equipment through a wireless local area network, and is used to remotely access the data acquisition equipment and remotely control the height-finding radar through the communication control equipment. The system and the method disclosed by the invention have the advantages that the design is reasonable; automatic and intelligent data acquisition and product control are achieved by the ground equipment through remote desktop access, so that the labor intensity, the complexity and testing expenditures can be greatly reduced; and the measuring efficiency is high, data transmission is reliable, high simplicity and feasibility are achieved, and the cost is reduced.

Description

technical field [0001] The invention relates to the field of test and measurement, in particular to a test system and a test method for a height-measuring radar accuracy verification suspension test. Background technique [0002] Altimetry radars, especially ultra-low-altitude altimetry radars, often require high-precision performance verification tests for field measurements. Due to its low altitude, there is currently no manned high-altitude operation equipment (such as aircraft) that meets the requirements for use. Therefore, a test system with wireless remote control and data acquisition functions plays an important role in the field performance verification of altimetry radar. [0003] At present, altimetry radar field tests mainly rely on large-scale equipment such as helicopters or airplanes. The test cost is extremely high, the measurement operation is difficult, the test period is long, and it is often affected by factors such as weather and environment. How to ach...

AI Technical Summary

Problems solved by technology

[0003] At present, the field test of altimetry radar mainly relies on large-scale equipment such as helicopters or airplanes. The test cost is extremely high, the measurement operation is difficult, the test period is long, and it is often affected by factors such as weather and environment.

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