[YANG, Hyun-Koo 양현구, YANG, Hyun-Koo 양현구, PARK, Kyung-Mo 박경모, YANG, Hyun-Koo 양현구, PARK, Kyung-Mo 박경모, SO, Young-Wan 소영완, YANG, Hyun-Koo 양현구, PARK, Kyung-Mo 박경모, SO, Young-Wan 소영완, CHON, Sang-Bae 전상배, YANG, Hyun-Koo 양현구, PARK, Kyung-Mo 박경모, SO, Young-Wan 소영완, CHON, Sang-Bae 전상배, KANG, Hyun-Koo 강현구, YANG, Hyun-Koo 양현구, PARK, Kyung-Mo 박경모, SO, Young-Wan 소영완, CHON, Sang-Bae 전상배, KANG, Hyun-Koo 강현구, KIM, Sun-Min 김선민, YANG, Hyun-Koo 양현구, PARK, Kyung-Mo 박경모, SO, Young-Wan 소영완, CHON, Sang-Bae 전상배, KANG, Hyun-Koo 강현구, KIM, Sun-Min 김선민, SONG, Jae-Yeon 송재연, YANG, Hyun-Koo 양현구, PARK, Kyung-Mo 박경모, SO, Young-Wan 소영완, CHON, Sang-Bae 전상배, KANG, Hyun-Koo 강현구, KIM, Sun-Min 김선민, SONG, Jae-Yeon 송재연, CHUNG, Ji-Min 정지민, YANG, Hyun-Koo 양현구, PARK, Kyung-Mo 박경모, SO, Young-Wan 소영완, CHON, Sang-Bae 전상배, KANG, Hyun-Koo 강현구, KIM, Sun-Min 김선민, SONG, Jae-Yeon 송재연, CHUNG, Ji-Min 정지민, JIN, Kyoung-Shin 진경신] 129, Samsung-ro, Yeongtong-gu 16677 경기도 수원시 영통구 삼성로 129, Gyeonggi-doSuwon-siGyeonggi-do 16677 A method for processing a content by a set-top box according to an embodiment of the present disclosure comprises the steps of: receiving a content including an audio stream; and performing bypassing to output the audio stream to a television (TV) through an output interface without performing a decoding operation for the audio stream, wherein the audio stream includes metadata regarding the content.

[YOO JAE BEOM, WOO CHANG HO, JUNG JONG CHON, KWON BON GIL, CHON SUNG HYUN, BAE JIN CHUL, PARK KYUNG HEE, KIM IL HO] KR

[YOO JAE-BEOM, WOO CHANG-HO, JUNG JONG-CHON, KWON BONG-IL, CHON SUNG-HYUN, BAE JIN-CHUL, PARK KYUNG-HEE, KIM IL-HO] KR

[YOO JAE-BEOM, WOO CHANG-HO, JUNG JONG-CHON, KWON BONG-IL, CHON SUNG-HYUN, BAE JIN-CHUL, PARK KYUNG-HEE, KIM IL-HO] KR The present invention relates to a colored photosensitive resin composition including a coloring agent (A), a binder resin (B), a photopolymerizable compound (C), a photopolymerization initiator (D) and a solvent (E); wherein the coloring agent (A) includes C.I. Pigment Green 59, and one or more types selected from among pigments and dyes, a color filter manufactured using the same, and an image display device including the color filter.

[LEE KYUNG-JUN, CHOI HOON, RYU JAE-HO, KIM DONG-WON, KIM DAE-WOONG, CHANG JONG-DCK, YOON SUNG-JAE, KIM YOUNG-MEE, HUH JAE-DOO, CHON YONG-TAE] KR;KR The circuit stores the transmission data, modulates the data suitable to the type of the receiving terminal and holds the data till the transmission is completed. The method comprises steps: (A) transmitting the stand-by signal to terminals; (B) transmitting the state checking signal from a control unit of a transmitter to a storage control unit when a communication request signal is received and checking that the called is a subscriber of the system; (C) receiving the data and control signal from the transmitter; (D) cancelling the call signal and transmitting fail signal to the storage control unit when the receiver is not ready and otherwise transmitting the data; (E) transmitting completion signal to the transmitter and transmitting the charge data to a supervisor computer; and (F) stopping the process and returning to the stand-by state.

[CHOE KYUNG-BIN, PARK YOUNG-JAE, KYUNG NAM-HO, PARK SANG-ILL, CHON HEUNG-SHIN, HA YOUNG-JIN, KO CHANG-BOK, PARK KI-HO, KIM JUNG-KEUN] KR

[PARK YOUNG-JAE, KYUNG NAM-HO, PARK SANG-ILL, CHON HEUNG-SHIN, CHOE KYUNG-MIN, HA YOUNG-JIN, PARK KI-HO, KO CHANG-BOK, KIM JUNG-KEUN] KR

[Jae Choon Chon, Young Jae Lim, Seong Ik Cho, Kyung Ok Kim, Young Kyu Yang] KR Taejon Disclosed is an apparatus for calculating an optical flow and a camera motion using a correlation matching and a system model in a moving image, in which the calculation of the optical flow is executed in real time, and even though an image rotation or zoom phenomenon is happened the optical flow can be calculated by use of the correlation matching and system model. The apparatus comprises a feature point extracting section for extracting a feature point of a sequence of input images (previous image and current image); an optical flow calculating section for calculating an optical flow by use of the feature point extracted by the feature point extracting section; a first camera motion calculating section for calculating a camera motion by use of the optical flow calculated by the optical calculating section; a second camera motion calculating section for eliminating an incorrect optical flow among the optical flows calculated by the optical flow calculating section and again calculating an information of the camera motion; an optical flow location estimating section for estimating a location of the optical flow by estimating an information of a distance difference between a feature point estimated location and a current feature point location in the previous image according to the camera motion calculated by the second camera motion calculating section; and a weighted value calculating section for calculating a weighted value according to the camera motion calculated by the second camera motion calculating section and providing the weighted value to the optical flow calculating section.

[YOON YOUNG MI, KIM YANG KIL, KIM KYUNG HO, SON JAE HAN, CHUN JAE BUHM, KANG CHON SIK, JEUNG JI UNG, LEE JEOM HO] KR The present invention relates to a marker for discriminating barley varieties for brewing, specifically 29 domestic and foreign barley varieties for brewing, and uses thereof. The marker of the present invention can discriminate a total of 29 barley varieties for brewing, including 25 domestically grown barley varieties for brewing such as Hopum, and 4 European barley varieties for brewing mainly imported for malting such as Scarlett. Accordingly, the marker can differentiate domestic varieties for quality control such as prevention of hybridization, prevent illegal distribution of imported barley, secure the quality competitiveness of domestically grown barley, and be utilized to protect genetic resources of barley varieties cultivated in Korea.

[Jae Choon Chon, Young Jae Lim, Seong Ik Cho, Kyung Ok Kim, Young Kyu Yang] KR Taejon An apparatus for calculating optical flow and camera motion using correlation matching and a system model in a moving image, in which the calculation of the optical flow is executed accurately in real time, even when an image rotation or zoom change has occurred. The apparatus comprises a feature point extracting section for extracting a feature point of a sequence of input images (previous image and current image); an optical flow calculating section for calculating an optical flow by use of the feature point extracted by the feature point extracting section; a first camera motion calculating section for calculating a camera motion by use of the optical flow calculated by the optical flow calculating section; a second camera motion calculating section for eliminating an incorrect optical flow from the optical flow calculated by the optical flow calculating section and again calculating camera motion; an optical flow location estimating section for estimating a location of the optical flow by estimating a distance difference between an estimated feature point location and a current feature point location in the previous image according to the camera motion calculated by the second camera motion calculating section; and a weighted value calculating section for calculating a weighted value according to the camera motion calculated by the second camera motion calculating section and providing the weighted value to the optical flow calculating section.