摘要:
To realize a service of data content that can interlock with AV content of programs without providing a band for broadcasting data content in a broadcast band for digital television broadcast, provided is a reception apparatus that receives an audio and/or video (AV) content, the apparatus including: an extraction section to extract trigger information from the AV content, the trigger information being related to an application program that is executed interlocking with a progress of the AV content, the trigger information including a trigger type; and a control section to control one of an activation of the application program, a dispatch of an event of the application program being executed, and an end of the application program being executed in accordance with the trigger type included in the extracted trigger information.
摘要:
The present technique relates to a receiving device that can promptly present receivable one-segment broadcasts, a receiving method, and a program.Station information acquiring units (111 through 113) acquire area broadcast information about stations that transmit broadcast waves of arbitrary one-segment broadcasting through arbitrary segments. Using the area broadcast information, a station selecting unit (117) selects stations of one-segment broadcasts receivable at a predetermined location as selectable stations that can be selected by tuning. A tuning control unit (118) performs tuning control to select a one-segment broadcast of a selectable station. The present invention can be applied to mobile one-segment broadcast receiving terminals, for example.
摘要:
A process of a 3D compatible terminal to which content is distributed is made convenient.Meta information and a control signal are transmitted together with content transmitted from a content server 10 in a predetermined transmission mode. The meta information includes information indicating whether the entirety of the content is 3D or a part thereof is 3D, information indicating whether this starts with 2D or 3D when a part thereof is 3D, and identification information of a 3D transmission method when the content is 3D. The control signal includes a signal for identifying 2D and 3D, that is, switching information regarding switching timing between 2D and 3D. An encoding unit 154 encodes the content stored in a content storage unit 151, the meta information generated by a meta information generating unit 152, and the control signal generated by a control signal generating unit 153 in a predetermined encoding system. The meta information is inserted into a meta file or an MP4 container, for example, to be transmitted.
摘要:
[Object] To facilitate the introduction of 3D broadcasting within broadcasting with limited bandwidths such as terrestrial broadcasting.[Solution] In addition to a base picture signal (MPEG2), there is also an expanded picture signal (AVC). The base picture signal selectively includes two-dimensional image data or left eye image data. The expanded picture signal includes right eye image data of the same or different picture format from the image data that is included in the base picture signal. Other than the same service, the obtainment source of the expanded picture signal may be another broadcasting service, a communication VOD, a communication multicast, or the like. Under a PMT, the left eye image data is included as the image data that is included in the base picture signal, and a control signal (3D system descriptor) with information indicating the obtainment source of the right eye image data (other image data) is inserted. The base picture signal includes identification information (picture 3D identification signal) that identifies whether the included image data is two-dimensional image data or left eye image data in units of frames.
摘要:
A receiving apparatus includes: a receiving section receiving a broadcast signal of a selected channel; a holding section holding, for each community, a broadcast channel list indicating one or more channels broadcast in the community and a representative channel of those channels, and an adjacent community list indicating adjacent communities adjacent to the community with an overlapping area; a specifying section specifying the community; an overlap list creating section creating an overlap list listing the community that is specified and its adjacent communities; a channel selection section selecting a channel received by the receiving section, and determining success/failure of reception of the broadcast signal of the selected channel; and a receive channel list creating section creating a receive channel list indicating receivable channels, on the basis of determination result of success/failure of reception of the broadcast signal of each channel broadcast in the communities listed in the overlap list.
摘要:
A transmitter, a transmission method, a receiver, a reception method, and a program are provided which can allow the acquisition of all selection information of multi-segment broadcasting.A relevant information generating unit 51 generates an NIT including channel selection information of a central segment of the multi-segment broadcasting and an NIT including channel selection information of non-central segments. A transmitter unit 57 transmits the NIT of the central segment as NIT actual and the NIT of the non-central segments as NIT other through the use of the central segment. This configuration can be applied, for example, to a broadcasting station that transmits the multi-segment broadcasting through the use of terrestrial digital broadcast waves.
摘要:
An apparatus of transmitting stereoscopic image data includes an image data output unit configured to output stereoscopic image data including left-eye image data and right-eye image data about a certain program; and an image data transmitting unit configured to transmit a transport stream including the stereoscopic image data about the certain program output from the image data output unit. The image data transmitting unit incorporates identification information indicating whether disparity data is transmitted in the transport stream. The disparity data is used to add disparity to superimposed information to be superimposed on an image generated from the left-eye image data and the right-eye image data.
摘要:
There is provided a system including a plurality of content distribution servers for distributing scrambled contents and streaming-distributing an encrypted scramble key used for releasing the scrambling, a license server for providing a work key for decoding the encrypted scramble key distributed from the predetermined content distribution server, a portal server for providing address information of the predetermined content distribution server, and a content reception terminal for obtaining address information of the predetermined content distribution server from the portal server, referring to the address information to obtain the contents and the scramble key from the predetermined distribution server, decoding the scramble key by using the work key obtained from the license server and descrambling the scrambled contents by using the scramble key.
摘要:
To provide an information repeater system capable of selecting a desired broadcasting program with a simple construction, in the information repeater system for receiving a broadcasting wave formed by multiplexing plural broadcastings and distributing it to the corresponding channel of a specified broadcasting system. Data streams D25A, D25B, . . . D25N relayed by specified transponders are extracted from the broadcasting wave S1. Arbitrary packets D32A, D32B, . . . D32N are specified and extracted from the above data streams. Thus extracted packets are transmitted to the specified channel of the specified broadcasting system. Thereby, the desired channel can be transmitted to the desired channel of the specified broadcasting system from among the plural broadcastings multiplexed in the broadcasting wave.
摘要:
Apparatus for intermittently or partially scrambling a digital video signal which encodes a digital video signal and successively supplies frames of video data corresponding to the encoded digital video signal. Each frame of video data has a respective frame number and respective blocks of video data, and each block of video data has a respective block number. Frame-scramble-off data is added to each frame which has a frame number equal to one of a plurality of predetermined frame numbers, and block-scramble-off data is added to each block which has a block number equal to one of a plurality of predetermined block numbers. A frame of video data is scrambled in the intermittent scrambling mode if it does not have the frame-scramble-off data and each block of video data is scrambled in the partial scramble mode if it does not have the block-scramble-off data. The scrambled frames or blocks of video data and the frames or blocks which are not scrambled are supplied as the scrambled digital video signal. The scrambled digital video signal is descrambled by receiving frames of video data of the scrambled signal, where each frame has either frame scramble-on data or frame scramble-off data, and respective blocks of video data, where each block has either block scramble-on data or block scramble-off data. Each block which has the block scramble-on data of those frames which have the frame scramble-on data are then descrambled to provide a descrambled digital video signal.