价值工程
價值工程
개치공정
VALUE ENGINEERING
2013年
11期
201-202
,共2页
人脸识别%Gabor滤波器
人臉識彆%Gabor濾波器
인검식별%Gabor려파기
face recognition%Gabor filter
通过提取人脸图像的Gabor特征,结合Adaboost进行人脸识别.针对Gabor特征维数高、冗余大的特点,引入Adaboost算法进行特征选择降低特征向量的维数,对于大量的Gabor特征进行选取.同时采用单一正样本集合和多个负样本集合分别进行训练的方法构建多个强分类器级联的层级分类器.在YaLe库上进行测试的结果验证了该法的有效性.
通過提取人臉圖像的Gabor特徵,結閤Adaboost進行人臉識彆.針對Gabor特徵維數高、冗餘大的特點,引入Adaboost算法進行特徵選擇降低特徵嚮量的維數,對于大量的Gabor特徵進行選取.同時採用單一正樣本集閤和多箇負樣本集閤分彆進行訓練的方法構建多箇彊分類器級聯的層級分類器.在YaLe庫上進行測試的結果驗證瞭該法的有效性.
통과제취인검도상적Gabor특정,결합Adaboost진행인검식별.침대Gabor특정유수고、용여대적특점,인입Adaboost산법진행특정선택강저특정향량적유수,대우대량적Gabor특정진행선취.동시채용단일정양본집합화다개부양본집합분별진행훈련적방법구건다개강분류기급련적층급분류기.재YaLe고상진행측시적결과험증료해법적유효성.
Through the Gabor feature extraction of face images, face recognition is conducted with Adaboost. According to the characteristics of the Gabor features of high dimension, redundancy, Adaboost algorithm is used to reduce the dimension of feature vectors in feature selection and select Gabor features. Hierarchical classifier while using the single positive sample set and a plurality of negative samples were training set to construct multiple classifier. Test results on YaLe face database verify the effectiveness of the method.