The application discloses a high-rotation flying body flight parameter multi-field synchronous measurement and fusion method and
system, the method utilizes a meteorological
balloon to detect atmospheric parameters such as air pressure, temperature,
humidity and
wind direction and
wind speed under current atmospheric conditions, arranges an unmanned aerial vehicle array networking as a
relay node of a
communication link, forms a
data transmission link of a measuring device and a ground
computing center, and performs positioning and monitoring on a flying body
landing point. Under a unified space-time reference, target field distributed measurement and in-situ measurement data are subjected to "real-time + after-the-fact"
information fusion, and the
estimation precision of the whole trajectory flight parameters of the high-rotation flying body is improved. The method overcomes the limitations of conventional target field testing devices and testing means, and has the advantages of high
time resolution,
high spatial resolution, high
signal signal-to-
noise ratio, high
information availability and high
system integration.