This invention discloses an oral
ablation detection method and
system, belonging to the field of oral detection technology, including: S1,
oral tissue sampling; S2, motion compensation; S3, image reconstruction; S4,
lesion analysis; S5,
ablation planning; S6,
ablation execution. This invention utilizes phase-amplitude joint displacement
estimation, extracting depth-direction micro-displacement using
phase difference and
lateral displacement using amplitude
centroid shift. This effectively compensates for non-rigid tissue
peristalsis caused by
swallowing and tongue movements without relying on external markers or high-frequency frame rates, ensuring that the subsequently reconstructed three-dimensional image and ablation target area localization are not distorted due to motion, thus improving the targeting consistency between detection and treatment. Texture analysis at different scales is applied along the oral mucosal
epithelium,
basement membrane zone, and
lamina propria, and depth-adaptive weights are assigned based on the
pathological sensitivity differences of each layer, highlighting the probabilistic response of early cancerous areas.