Abstract:
본 발명은 3차원 영상 디스플레이 장치에서 3차원 객체를 표시하기 위한 장치 및 방법을 제공하고자 한다. 본 발명의 3차원 디스플레이 장치 및 방법을 사용하면 3차원 영상의 위치 좌표 수정을 통하여 영상의 흔들림 현상을 개선할 수 있고, 3차원 영상 내에서 3차원 객체의 이동 및 크기 변환 등을 할 수 있다. 본 발명에서의 3차원 객체는 3차원 이미지, 3차원 텍스트, 3차원 비디오 등을 포함한다. 본 발명의 일 실시예에 따른 3차원 영상 디스플레이 장치는, 입력 영상을 좌영상 픽셀과 우영상 픽셀의 픽셀 순서로 교대로 배열하여 3차원 영상을 생성하고, 상기 생성된 3차원 영상의 3차원 객체가 픽셀 단위로 이동할 시, 이동 전과 이동 후 상기 3차원 객체의 픽셀 순서를 비교하여 이동 후 상기 3차원 객체의 픽셀 순서가 뒤바뀌는 왜곡이 발생하였는지를 검사하여, 왜곡이 발생한 경우, 이동 후 상기 3차원 객체의 픽셀 순서를 이동 전 상기 3차원 객체의 픽셀 순서와 동일하게 재배치하여 왜곡을 보상하고, 이동 후 상기 3차원 객체의 위치 좌표를 수정하는 영상 처리부; 및 상기 수정된 위치 좌표에 따라 상기 3차원 객체를 디스플레이하는 디스플레이부를 포함한다. 3차원 영상, 3차원 객체, 3차원 영상 디스플레이
Abstract:
PURPOSE: A three-dimensional digital broadcast receiving device, a method thereof, an image mode switching device, and a method thereof are provided to use an existing display device without changing a three-dimensional service mode by supplying frame compatibility and service compatibility in the existing display device. CONSTITUTION: A broadcast signal receiving and demodulating unit(11) receives and demodulates a broadcast signal to extract a TS(Transport Stream). A de-multiplexing unit(12) extracts broadcast program information and basic streams from the TS. An image processing unit(13) processes the basic streams and forms the image signal based on the broadcast program information and display mode settings of a broadcast receiving device(10). [Reference numerals] (11) Broadcast signal receiving and demodulating unit; (12) De-multiplexing unit; (14) Decoding unit; (15) Reference image post-processing unit; (16) Reference image frame memory; (17) Additional image post-processing unit; (18) Additional image frame memory; (19) Image combining unit; (20) Image output unit
Abstract:
PURPOSE: A method for a streaming service providing view and scalability information and a device thereof are provided to supply the scalability information at a TS level by inserting the scalability information into an expanded TS header. CONSTITUTION: A streaming server(2000) includes a processing unit(2010), a networking unit(2020), and a storage unit(2030). The processing unit generates an MMT(MPEG Media Transport) packet. The processing unit stores an MFU(Media Fragment Unit), an M-unit, an MMT asset, an MMT package, and the MMT packet in the storage unit. The networking unit transmits an MMT stream by using the MMT packet. The MMT packet includes one or more of a mult view video, a scalable video, and a scalable multiview video. [Reference numerals] (2010) Processing unit; (2020) Networking unit; (2030) Storage unit
Abstract:
PURPOSE: A method for transmitting a multiview video and depth image information to an MPEG-2 transport stream and a device thereof are provided to transmit the MPEG-2 transport stream by including the multiview video and the depth image information in the MPEG-2 transport stream. CONSTITUTION: A packet generating unit generates an MPEG-2 TS(Transport Stream) packet. The packet includes a multiview video stream, an additional video stream corresponding to the multiview video stream, and interpretation information about the additional video stream. A transmitting unit(250) transmits an MPEG-2 TS by using the packet. The interpretation information includes a view information about the multiview video stream and a synthesis parameter for the synthesis of images in a virtual view using a mapping relation of a depth image(220) and a multiview video. [Reference numerals] (250) Transmitting unit; (AA) Transport stream multiplexer; (BB) Transport stream
Abstract:
PURPOSE: A transceiving device for 3DTV broadcasting and a control method thereof are provided to supply a 3D service according to a request of a user by transmitting data additionally required for an existing AV program through a bidirectional communication network. CONSTITUTION: Additional content generated in a content server(201) is encoded in an additional content encoder(207). A metadata generating unit(208) generates metadata. A multiplexing and streaming generating unit(209) multiplexes the encoded additional content and the metadata and converts the multiplexed data into streaming information. A protocol processing unit(210) packetizes the converted information to transmit the packetized information to a bidirectional communication network(211). [Reference numerals] (201) Content server; (202) Basic content encoder; (203) Signaling information and metadata generating unit; (204) Broadcast stream multiplexing unit; (205,206) Transmitting unit; (207) Additional content encoder; (208) Metadata generating unit; (209) Multiplexing and streaming generating unit; (210) Protocol processing unit; (211) Bidirectional communication network; (AA) Access information for additional content; (BB,EE) Content connecting playing information; (CC) Basic content; (DD) Access information for the basic content
Abstract:
PURPOSE: A binary search based high-speed load balance allocation device and a method thereof are provided to rapidly balance loads by providing a load balance band allocation algorithm. CONSTITUTION: A band allocation request reception unit(310) receives a band allocation request signal from one or more modems. A band allocation processing unit(320) allocates a band for an upper channel of one or more modems by using a load balancing algorithm in response to the received band allocation request signal. Different size mini slots are normalized based on the smallest mini slot in the load balancing algorithm. [Reference numerals] (300) Load balance band allocation device; (310) Band allocation request reception unit; (320) Band allocation processing unit
Abstract:
PURPOSE: A system for providing additional information and a method thereof are provided to offer additional information to a local area through a multimedia service. CONSTITUTION: An additional information generation unit(112) generates additional information. A channel searching unit(113) searches frequencies. The channel searching unit selects an additional information broadcasting channel transmitting the additional information from channels which are currently not used. A channel information providing unit(114) provides the information of the additional information broadcasting channel to a normal broadcasting device. An additional information transmission unit(115) broadcasts the additional information through the additional information broadcasting channel. [Reference numerals] (111) Control unit; (112) Additional information generation unit; (113) Channel searching unit; (114) Channel information providing unit; (115) Additional information transmission unit; (121) General broadcasting signal generation unit; (122) Broadcasting signal transmission unit; (231) Additional information channel detection unit; (232) Interface unit; (233) Reception unit; (234) Display unit; (AA) Additional information providing event;
Abstract:
PURPOSE: A meta data structure for storage and replay of stereoscopic data and a storing method of stereoscopic contents file using the same are provided to automatically convert a parallax barrier to 2D or 3D display using classification information of 2D contents or 3D contents, thereby enjoying stereoscopic contents. CONSTITUTION: Storage target stereoscopic contents are stored in a mdat box of ISO based media file format(S1602). The stereoscopic video media information about the stereoscopic contents are stored in a moov as metadata of the stereoscopic contents(S1604). Stereoscopic camera and display information are stored in the moov as the metadata of the stereoscopic contents(S1606). [Reference numerals] (S1602) Storing storage target stereoscopic contents in an mdat box of an ISO based media file format; (S1604) Storing stereoscopic video media information in a moov; (S1606) Storing stereoscopic camera and display information in the moov
Abstract:
본 발명은 다중화 장치와 방법 및 역다중화 장치와 방법에 관한 것으로, 더욱 상세하게는 디지털멀티미디어방송(이하 'DMB'라 함) 기반의 다중화 장치와 방법 및 역다중화 장치와 방법에 관한 것이다. 본 발명의 일 실시 예에 따른 다중화 장치는 기본 계층의 기초 스트림, 기본 계층의 객체 정보, 강화 계층의 기초 스트림 및 강화 계층의 객체 정보를 제공받아 패킷화하는 패킷화기와; 기본 계층의 객체 정보가 포함된 14496 섹션, 강화 계층의 객체 정보가 포함된 14496 섹션 및 강화 계층의 기초 스트림 정보가 포함된 SCST(Scalable Contents Service Table) 섹션을 생성하고, 기본 계층의 객체 정보와 상기 강화 계층의 객체 정보를 독립 또는 종속관계로 기술하는 디스크립터들이 포함된 IOD와 SCST 테이블을 연결하는 디스크립터를 포함하는 PSI 섹션을 생성하는 섹션 발생기와; 패킷화된 기본 계층의 기초 스트림, 패킷화된 기본 계층의 객체 정보, 기본 계층의 객체 정보가 포함된 14496 섹션 및 PSI 섹션을 다중화하여 기본 계층 전송스트림을 생성하고, 패킷화된 강화 계층의 기초 스트림, 패킷화된 강화 계층의 객체 정보, 강화 계층의 객체 정보가 포함된 14496 섹션 및 SCST 섹션을 다중화하여 강화 계층 전송스트림을 생성하는 다중화기를 포함한다. 다중화, 역다중화, IOD(Initial Object Descriptor), OD(Object Descriptor), BIFS(Binary Format for Scene), PMT(Program Map Table), DMB(Digital Multimedia Broadcasting), AT-DMB, 스케일러블