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신효영 ( Shin¸ Hyoyoung ) 한국무용예술학회 2021 무용예술학연구 Vol.83 No.3
This thesis aims to explore the direction for dance by introducing hermeneutics one of the great flows of modern philosophy. The prerequisites for dance to become the subject of hermeneutics are examined through the methodology of applying the hermeneutics major theories of the representative scholars of hermeneutics such as Dilthey, Heidegger, and Gadamer, to the general dance. From the perspective of Dilthey, dance reconstructs elements of human universal life through movement, and interpreters perform the process of ‘experience-expression-understanding’ and discover the specific meaning of dance. Heidegger believes that movement, the material of dance, must build truth on its own, and that when such truth is expressed through dance, the audience can interpret and understand it through the work. Gadamer emphasized that dance and audience are interpreted by communicating and understanding in artworks through the concept of ‘play’.
View-invariant Hand-posture Recognition Method for Soft Remocon System
Hyoyoung Jang,Jun-Hyeong Do,Jin-Woo Jung,Kwang-Hyun Park,Z,Zenn Bien 한국과학기술원 인간친화 복지 로봇 시스템 연구센터 2004 International Journal of Assistive Robotics and Me Vol.5 No.2
This paper suggests a robust gesture recognition method against the variation of camera viewpoint. The proposed system uses both 2-dimensional appearance features and finger-angles. We use 3 cameras attached to the ceiling. During database-construction, a dataglove is used to capture finger-angles. Due to the variance in the viewing direction, the same appearance feature does not guarantee the same 3-dimensional structure. Likewise, the same 3-dimensional structure does not guarantee the same appearance. The proposed hand-posture database provides the robustness in decision under variations in the viewing-direction. Consequently, it is possible to build a more natural environment. Additional glove-devices are not required in this method.
The X-DBaaS-Based Stock Trading System to Overcome Low Latency in Cloud Environment
Hyoyoung Shin,Hyungjin Kim 보안공학연구지원센터 2015 International Journal of Multimedia and Ubiquitous Vol.10 No.10
In the latest stock systems, a variety of technologies have been introduced to minimize low latency and accelerate data processing, and a massive amount of stock information has become interoperable. Only with the support of expensive network equipment, however, it is limited to increase the speed. Besides, it is not very effective to induce such equipment. Also, such stock information is hard to be shared in cloud environment for many reasons due to the heterogeneity of metadata. This makes it harder to optimize the proper time of data among stock trading systems as well. This study is going to suggest a stock trading system using X-DBaaS (XMDR-Database as a Service) in cloud environment. The suggested system applies SPT (Safe Proper Time) which can satisfy the proper time of data transmission and also minimize the CPI (Cycle Per Instruction) in order to reduce the CPU overhead based on the understanding of kernels. Moreover, XMDR-DAI is utilized to solve the heterogeneity issues among metadata and schemata taking place in the interoperation of information among stock systems.
Hyoyoung Jang,Amanda Wee Huixin,Sim Sze Ching Danielle,Yeo Qin Yi,Hyojoong Kim,Yikweon Jang 한국응용곤충학회 2011 한국응용곤충학회 학술대회논문집 Vol.2011 No.05
Aphids feed on host plants by penetrating the stems or leaves with stylets. The feeding behavior of aphids consists of probing, penetration, salivation, and sap ingestion. To assess the effects of sound on feeding behavior, we monitored the stylet activity of the green peach aphid, Myzus persicae (Sulzer), using electrical penetration graph (EPG). The use of EPG was critical for determining the stage, frequency, and duration of feeding in aphids. We played back three acoustic stimuli of sine waves with frequencies of 100, 1000, and 5000 Hz to adult aphids. In the sound treatment group, the frequencies of probing, penetration, and salivation increased, whereas the duration of sap ingestion decreased. The results of EPG revealed that the acoustic stimuli may restrict aphid feeding by inhibiting sap ingestion.