This invention discloses a hearing screening and
tinnitus assessment method based on multi-frequency cross-analysis, specifically relating to the fields of hearing testing and neural
information processing technology. It constructs an initial hearing vector in the individual
frequency domain, generates a deviation
feature vector based on a standard
population database, extracts a set of abnormal frequency bands, and constructs a
frequency domain focusing model. Multiple-intensity
sound stimulation is applied to the abnormal frequency bands, and neural response parameter sequences are collected. Further cross-
spectral analysis is performed to construct an individualized
tinnitus resonance map, and the
dominant frequency features and response intensity are extracted. Combined with
subjective tinnitus scores, a
tinnitus risk index is calculated, and a screening conclusion is output. This invention can achieve objective, quantitative, and spectral-level tinnitus identification, improving screening accuracy and clinical applicability.