Abstract: In the present application disclosed are a sub-pixel imaging method and device, an imaging apparatus, a detector and a storage medium. The sub-pixel imaging method comprises: using a photon detector comprising a plurality of microcells to receive incident photons, such that pulse signals are generated by corresponding microcells receiving the incident photons, reading out the generated pulse signals, wherein there are different characteristics of the readout pulse signals when a given photon is incident on different microcells, based on characteristics of the readout pulse signals, determining corresponding microcells receiving the incident photons and/or determining incident photon intensity distribution of different microcells of the photon detector.

Abstract: An individualized imaging method, comprising the following steps: scanning an imaging subject mold; conducting calibration, rectification and optimization on the imaging system according to the information obtained after mold imaging: scanning the imaging subject with the calibrated, rectified and optimized imaging system; optimizing information obtained by scanning the imaging subject and the mold thereof to obtain higher quality imaging results and data analysis result; and applying the higher quality imaging results and data analysis results to optimize the mold for use in the next imaging.

Abstract: An individualized imaging method, comprising the following steps: scanning an imaging subject mould; conducting calibration, rectification and optimization on the imaging system according to the information obtained after mould imaging: scanning the imaging subject with the calibrated, rectified and optimized imaging system; optimizing information obtained by scanning the imaging subject and the mould thereof to obtain higher quality imaging results and data analysis result; and applying the higher quality imaging results and data analysis results to optimize the mould for use in the next imaging.