지원사업
학술연구/단체지원/교육 등 연구자 활동을 지속하도록 DBpia가 지원하고 있어요.
커뮤니티
연구자들이 자신의 연구와 전문성을 널리 알리고, 새로운 협력의 기회를 만들 수 있는 네트워킹 공간이에요.
이용수
초록· 키워드
오류제보하기
Objective:The goal of this thesis is to design the interaction structure and framework of system to recognize sign language.
Background: The sign language of meaningful individual gestures is combined to construct a sentence, so it is difficult to interpret and recognize the meaning of hand gesture for system, because of the sequence of continuous gestures. This being so, in order to interpret the meaning of individual gesture correctly, the interaction structure and framework are needed so that they can segment the indication of individual gesture.
Method: We analyze 700 sign language words to structuralize the sign language gesture interaction. First of all, we analyze the transformational patterns of the hand gesture. Second, we analyze the movement of the transformational patterns of the hand gesture. Third, we analyze the type of other gestures except hands. Based on this, we design a framework for sign language interaction.
Results: We elicited 8 patterns of hand gesture on the basis of the fact on whether the gesture has a change from starting point to ending point. And then, we analyzed the hand movement based on 3 elements: patterns of movement, direction, and whether hand movement is repeating or not. Moreover, we defined 11 movements of other gestures except hands and classified 8 types of interaction. The framework for sign language interaction, which was designed based on this mentioned above, applies to more than 700 individual gestures of the sign language, and can be classified as an individual gesture in spite of situation which has continuous gestures.
Conclusion: This study has structuralized in 3 aspects defined to analyze the transformational patterns of the starting point and the ending point of hand shape, hand movement, and other gestures except hands for sign language interaction. Based on this, we designed the framework that can recognize the individual gestures and interpret the meaning more accurately, when meaningful individual gesture is input sequence of continuous gestures.
Application: When we develop the system of sign language recognition, we can apply interaction framework to it. Structuralized gesture can be used for using database of sign language, inventing an automatic recognition system, and studying on the action gestures in other areas.
Background: The sign language of meaningful individual gestures is combined to construct a sentence, so it is difficult to interpret and recognize the meaning of hand gesture for system, because of the sequence of continuous gestures. This being so, in order to interpret the meaning of individual gesture correctly, the interaction structure and framework are needed so that they can segment the indication of individual gesture.
Method: We analyze 700 sign language words to structuralize the sign language gesture interaction. First of all, we analyze the transformational patterns of the hand gesture. Second, we analyze the movement of the transformational patterns of the hand gesture. Third, we analyze the type of other gestures except hands. Based on this, we design a framework for sign language interaction.
Results: We elicited 8 patterns of hand gesture on the basis of the fact on whether the gesture has a change from starting point to ending point. And then, we analyzed the hand movement based on 3 elements: patterns of movement, direction, and whether hand movement is repeating or not. Moreover, we defined 11 movements of other gestures except hands and classified 8 types of interaction. The framework for sign language interaction, which was designed based on this mentioned above, applies to more than 700 individual gestures of the sign language, and can be classified as an individual gesture in spite of situation which has continuous gestures.
Conclusion: This study has structuralized in 3 aspects defined to analyze the transformational patterns of the starting point and the ending point of hand shape, hand movement, and other gestures except hands for sign language interaction. Based on this, we designed the framework that can recognize the individual gestures and interpret the meaning more accurately, when meaningful individual gesture is input sequence of continuous gestures.
Application: When we develop the system of sign language recognition, we can apply interaction framework to it. Structuralized gesture can be used for using database of sign language, inventing an automatic recognition system, and studying on the action gestures in other areas.
목차
1. Introduction
2. Structure of Sign Language Interaction
3. Sign language Interaction Framework
4. Case Study using Sign Language Interaction Framework
5. Conclusion
References
참고문헌 (6)
참고문헌 신청
[학위논문] - Kim, J.B / 2004 / A Study on the Continuous Hand Gesture Recognition System for the Korean Sign Language / Ph.D / KAIST Univ
[인터넷자원] - / / Korea Sign Language Dictionary
[학술지(정기간행물)] - Lee, C.S. / 1998 / Implementation of Real-time Recognition System for Continuous Korean Sign Language (KSL) mixed with Korean Manual Alphabet (KMA) / Journal of the Institute of Electronics Engineers of Korea 35 : 464 ~ 475
[학위논문] - Lee, Y.H / 2008 / A Morphological Study on the simultaneous complex structure of Korean Sign Language / Master / Kangwon Univ
[학술대회논문] - Quek, K.H / 1994 / Toward a vision-based hand gesture interface / Virtual Reality Software and Technology Conference 94 : 17 ~ 29
[인터넷자원] - / / Korea Sign Language Dictionary
[학술지(정기간행물)] - Lee, C.S. / 1998 / Implementation of Real-time Recognition System for Continuous Korean Sign Language (KSL) mixed with Korean Manual Alphabet (KMA) / Journal of the Institute of Electronics Engineers of Korea 35 : 464 ~ 475
[학위논문] - Lee, Y.H / 2008 / A Morphological Study on the simultaneous complex structure of Korean Sign Language / Master / Kangwon Univ
[학술대회논문] - Quek, K.H / 1994 / Toward a vision-based hand gesture interface / Virtual Reality Software and Technology Conference 94 : 17 ~ 29
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UCI(KEPA) : I410-ECN-0101-2016-530-002088395