• Title/Summary/Keyword: Internal Representational Models

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Peer Acceptance and Friendship Quality: The Role of Children's Internal Representational Models of Peers (또래에 대한 아동의 내적 표상 모델과 또래 수용 및 친구관계의 질)

  • Rah, Yu-mee
    • Korean Journal of Child Studies
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    • v.21 no.4
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    • pp.143-158
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    • 2000
  • This study examined whether children's peer representations are associated with peer acceptance and whether attributions and goals are related to representations about behavioral responses in ambiguous provocation and conflict situations. The subjects were 119 5th-grade children responded to 4 hypothetical situations. Results indicated that children's positive representations about peer conduct in ambiguous provocations were related to their higher level of peer acceptance, and positive representations about a friend in conflict situations were associated with their perceived positive qualities of friendship. Children's positive attribution and relational goal orientation were associated with relational behavioral responses. Gender differences were found for some goals and behavioral responses, with girls displaying a more relational goal and behavioral response orientation than boys.

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Video Indexing using Motion vector and brightness features (움직임 벡터와 빛의 특징을 이용한 비디오 인덱스)

  • 이재현;조진선
    • Journal of the Korea Society of Computer and Information
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    • v.3 no.4
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    • pp.27-34
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    • 1998
  • In this paper we present a method for automatic motion vector and brightness based video indexing and retrieval. We extract a representational frame from each shot and compute some motion vector and brightness based features. For each R-frame we compute the optical flow field; motion vector features are then derived from this flow field, BMA(block matching algorithm) is used to find motion vectors and Brightness features are related to the cut detection of method brightness histogram. A video database provided contents based access to video. This is achieved by organizing or indexing video data based on some set of features. In this paper the index of features is based on a B+ search tree. It consists of internal and leaf nodes stores in a direct access a storage device. This paper defines the problem of video indexing based on video data models.

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