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      Scale Invariant Feature Transform을 이용한 눈동자 영역 추출 = Eye Region Extraction Using Scale Invariant Feature Transform

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      https://www.riss.kr/link?id=A35498437

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      다국어 초록 (Multilingual Abstract)

      This paper is the eye region which is used with confirmation element of face image it uses the SIFT and it extracting method proposes. The eye region image where becomes model and it composes the keypoint descriptor which is a SIFT result of the input image which it will extract. It uses the keypoint descriptor which and creates it composes a each feature vector, and the judgement where affine transform should have existed on after two feature points which adjusts with each other, against the feature point field which confront above half as the case eye region where the with each other same affine transform will exist it judged.
      There is not a test result learning process, more quickly recognition method of existing methods than the possibility of getting the result which extracts the region it was.
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      This paper is the eye region which is used with confirmation element of face image it uses the SIFT and it extracting method proposes. The eye region image where becomes model and it composes the keypoint descriptor which is a SIFT result of the input...

      This paper is the eye region which is used with confirmation element of face image it uses the SIFT and it extracting method proposes. The eye region image where becomes model and it composes the keypoint descriptor which is a SIFT result of the input image which it will extract. It uses the keypoint descriptor which and creates it composes a each feature vector, and the judgement where affine transform should have existed on after two feature points which adjusts with each other, against the feature point field which confront above half as the case eye region where the with each other same affine transform will exist it judged.
      There is not a test result learning process, more quickly recognition method of existing methods than the possibility of getting the result which extracts the region it was.

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