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    • 6. 发明授权
    • Person identification apparatus and method using concentric templates
and feature point candidates
    • 使用同心模板和特征点候选人的人员识别装置和方法
    • US5982912A
    • 1999-11-09
    • US815135
    • 1997-03-12
    • Kazuhiro FukuiOsamu Yamaguchi
    • Kazuhiro FukuiOsamu Yamaguchi
    • G06T7/00G06K9/00
    • G06K9/00221
    • In a person identification apparatus, a normalized face image is used to identify a person. When the face image of the person is input, a face area extraction section extracts the face area from the face image. A feature point extraction section extracts a plurality of candidates of feature points from the face area using a separation filter. A feature point set selection section selects sets of the candidates from the plurality of candidates of feature points according to face structure information. A feature point decision section extracts neighboring patterns of each candidate from the face area for the set of candidates, calculates a similarity value between the neighboring patterns of each candidate and the template pattern, and selects a subset of the candidates having the highest similarity values. A normalization section generates a normalized face image of the face area according to the selected subset of the candidates. A recognition section compares the normalized face image with the registered image to identify the person.
    • 在人物识别装置中,使用归一化脸部图像来识别人物。 当人物的脸部图像被输入时,脸部区域提取部分从面部图像提取面部区域。 特征点提取部使用分离滤波器从面部区域提取多个候选特征点。 特征点集合选择部根据面部结构信息从特征点的多个候选中选择候选的集合。 特征点判定部从候选的候选区域的面部区域中提取每个候选的相邻图案,计算各候选的相邻图案与模板图案的相似度值,并选择具有最高相似度值的候选的子集。 规范化部分根据候选的所选择的子集生成面部区域的归一化脸部图像。 识别部分将归一化脸部图像与注册图像进行比较以识别该人物。
    • 9. 发明授权
    • Gaze position detection apparatus and method
    • 注视位置检测装置及方法
    • US06246779B1
    • 2001-06-12
    • US09209266
    • 1998-12-11
    • Kazuhiro FukuiOsamu Yamaguchi
    • Kazuhiro FukuiOsamu Yamaguchi
    • G06K900
    • G06K9/00268G06T7/74G06T2207/30201
    • A gaze position detection apparatus. A dictionary section previously stores a plurality of dictionary patterns representing a user's image including pupils. An image input section inputs an image including the user's pupils. A feature point extraction section extracts at least one feature point from a face area on the input image. A pattern extraction section geometrically transforms the input image according to a relative position of the feature point on the input image, and extracts a pattern including the user s pupils from the transformed image. A gaze position determination section compares the extracted pattern with the plurality of dictionary patterns, and determines the user's gaze position according to the dictionary pattern matched with the extracted pattern.
    • 注视位置检测装置。 字典部分预先存储表示包括瞳孔的用户图像的多个词典模式。 图像输入部分输入包括用户瞳孔的图像。 特征点提取部分从输入图像的面部区域中提取至少一个特征点。 图案提取部根据输入图像上的特征点的相对位置对输入图像进行几何变换,从变换后的图像中提取包含用户的瞳孔的图案。 注视位置确定部分将提取的图案与多个字典图案进行比较,并且根据与提取的图案匹配的字典图案来确定用户的注视位置。
    • 10. 发明授权
    • Image processing system and driving support system
    • 图像处理系统和驾驶支持系统
    • US07346192B2
    • 2008-03-18
    • US11334383
    • 2006-01-19
    • Mayumi YuasaKazuhiro FukuiOsamu Yamaguchi
    • Mayumi YuasaKazuhiro FukuiOsamu Yamaguchi
    • G06K9/00
    • G06K9/00805G06T7/74
    • An image input unit inputs an image including a user's face area to specify the user's gaze or face direction. A pattern generation unit generates an input pattern that can be compared with each dictionary pattern from the image. A dictionary unit previously stores a plurality of dictionary patterns each of which differently corresponds to the user's gaze or face direction. A pattern comparison unit respectively calculates a similarity degree between the input pattern and each of the dictionary patterns by comparing the input pattern with each of the dictionary patterns. A gaze detection unit detects the user's gaze or face direction based on the similarity degree.
    • 图像输入单元输入包括用户脸部区域的图像以指定用户的注视或脸部方向。 图案生成单元生成可以与来自图像的每个字典图案进行比较的输入图案。 字典单元预先存储多个字典模式,每个字典模式与用户的注视或面部方向不同地对应。 图案比较单元通过将输入图案与每个字典图案进行比较来分别计算输入图案和每个字典图案之间的相似度。 注视检测单元基于相似度检测用户的注视或面部方向。