The wobble performance of cone-shaped target with its micro-Doppler signature is researched in this paper.After the interrelated concepts and signal model of micro-Doppler are introduced
the wobble model of cone-shaped target is built
and the theoretical formula of its micro-Doppler is derived separately with the algebra and matrix methods.By the simulation
the micro-Doppler modulation induced by wobble is extracted successfully from the radar echo with time-frequency analysis method
which agrees well with the computing result
and suggests that the wobble model of cone-shaped target and the mathematical derivation of its micro-Doppler theoretical formula are valid.Besides
the influence of velocity and acceleration on micro-Doppler is researched as well as the request of micro-Doppler on the radar return time and illuminating time
and the research results are valuable for the extraction of micro-Doppler.