会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 2. 发明专利
    • Combining three-dimensional morphable models
    • GB2582010B
    • 2021-07-28
    • GB201903125
    • 2019-03-08
    • HUAWEI TECH CO LTD
    • STYLIANOS PLOUMPISSTEFANOS ZAFEIRIOU
    • G06T19/20
    • A three-dimensional morphable model, (3DMM) is produced by combining first and second 3DMMs, by generating (2.1) a plurality of first shapes using the first 3DMM, and calculating (2.2) a mapping from second parameters of the second 3DMM to first parameters of the first 3DMM. For each second shape generated using the second 3DMM, a corresponding first shape is generated (2.3). Merged shapes are formed (2.4) by merging each second shape with the corresponding first shape. Principal component analysis is performed (2.5) on the merged shapes to generate the new 3DMM. Also claimed is generating a Gaussian process morphable model (GPMM) by combining first and second 3DMMs (see fig. 4) by registering a mean shape of the first 3DMM to a mean shape of the second 3DMM and a template shape, and projecting points of the template shape onto the mean shapes of the first and/or second 3DMM. A universal covariance matrix for the GPMM is determined based on pairs of points of the template shape projected onto the mean shape of the first and/or second 3DMM, a covariance matrix for each of the first and second 3DMMs. The GPMM is defined based on the universal covariance matrix and a predefined mean deformation.
    • 4. 发明专利
    • Combining three-dimensional morphable models
    • GB2582047B
    • 2021-03-31
    • GB201917826
    • 2019-03-08
    • HUAWEI TECH CO LTD
    • STYLIANOS PLOUMPISSTEFANOS ZAFEIRIOU
    • G06T19/20
    • A Gaussian process morphable model (GPMM) is generated by combining first and second 3DMMs (see fig. 4) by registering a mean shape of the first 3DMM to a mean shape of the second 3DMM and a template shape, and projecting template shape points onto the mean shapes of the first and/or second 3DMM. A universal covariance matrix for the GPMM is determined based on pairs of template shape points projected onto the mean shape of the first and/or second 3DMM, and a covariance matrix for each of the first and second 3DMMs. The GPMM is defined based on the universal covariance matrix and a predefined mean deformation. Also disclosed is producing a three-dimensional morphable model, (3DMM) by combining first and second 3DMMs, by generating (2.1) a plurality of first shapes using the first 3DMM, and calculating (2.2) a mapping from second parameters of the second 3DMM to first parameters of the first 3DMM. For each second shape generated using the second 3DMM, a corresponding first shape is generated (2.3). Merged shapes are formed (2.4) by merging each second shape with the corresponding first shape. Principal component analysis is performed (2.5) on the merged shapes to generate the new 3DMM.