Lee, Minwoo
(Graduate School of NID Fusion Tech., Seoul National Univ. of Science & Tech.)
,
Lee, Dongwoo
(NAMUGA Co., Ltd)
,
Kim, Daehyeon
(NAMUGA Co., Ltd)
,
Ann, Myungsuk
(Dept. of Theology, Seoul Jangsin Univ.)
,
Lee, Junghoon
(Dept. of Electrical Information Control, Dongseoul College)
,
Lee, Seungyoun
(Dept. of Electrical Information Control, Dongseoul College)
,
Cho, Juphil
(Dept. of Integrated IT & Communication Eng., Kunsan National Univ.)
,
Shin, Jaekwon
(Fivetek Co., Ltd)
,
Cha, Jaesang
(Graduate School of NID Fusion Tech., Seoul National Univ. of Science & Tech.)
Touch panel is mainly applied to pressure type touch panel but it occur a low recognition rate and error during long-term use. So, it is partly applied to capacitive touch panel to compensate for these problems but it also can occur a same problems via pollutions. Touch technology has developed a va...
Touch panel is mainly applied to pressure type touch panel but it occur a low recognition rate and error during long-term use. So, it is partly applied to capacitive touch panel to compensate for these problems but it also can occur a same problems via pollutions. Touch technology has developed a various method but it is not used because of high costs and difficult installation process. So, in this paper, we proposed an input method of touchless panel using IrDA matrix. This method is conducted using an IrDA Matrix composed of depth sensor. It is possible to offer a various contents for multi user. The proposed technology need a development of a high sensitivity sensing method and high-speed processing method of position information for Seamless operation control. And, it is required high-precision drive technology. Also, we proposed a Seamless user recognition for interactive contents service through a touchless panel using IrDA matrix.
Touch panel is mainly applied to pressure type touch panel but it occur a low recognition rate and error during long-term use. So, it is partly applied to capacitive touch panel to compensate for these problems but it also can occur a same problems via pollutions. Touch technology has developed a various method but it is not used because of high costs and difficult installation process. So, in this paper, we proposed an input method of touchless panel using IrDA matrix. This method is conducted using an IrDA Matrix composed of depth sensor. It is possible to offer a various contents for multi user. The proposed technology need a development of a high sensitivity sensing method and high-speed processing method of position information for Seamless operation control. And, it is required high-precision drive technology. Also, we proposed a Seamless user recognition for interactive contents service through a touchless panel using IrDA matrix.
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문제 정의
So, in this paper, we proposed an advantage and necessity of proposed technology through an investigation and analysis of the related works.
The experiment was conducted to verify whether the Interactive contents service are offered to user through touchless panel using IrDA matrix system. Figure 3-4 shows display of interactive contents service depending to user's gesture.
제안 방법
Therefore, this technology can provide a user with interactive contents service. So, this paper proposed a Touchless panel based interactive contents service which can offer an interactive service using IrDA Matrix.
This paper demonstrated a touchless panel based interactive contents service using IrDA matrix. We conducted an experiments of interactive contents service technology using IrDA matrix through the following step: first, this technology conducts feature extraction and analysis of detected an object using leap motion sensor for offering an interactive contents service to user.
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