A display device and a controlling method thereof are provided. The display device includes: displaying a plurality of objects on a rotatable display of the display device; based on an event occurring, rotating the rotatable display in a first direction; and based on the rotatable display being rotated in the first direction, rotating and displaying constituent elements included in the plurality of objects in a second direction, which is opposite to the first direction, while maintaining an arrangement of the plurality of objects.

The display apparatus includes a transceiver configured to receive broadcasting schedule information including address information and time information of a plurality of Internet broadcasting contents matched to a plurality of channel numbers, an input unit configured to receive a channel number input, a processor configured to, in response to an input channel number being a channel number assigned to a channel recommendation screen, control the transceiver to sequentially receive a plurality of Internet broadcasting contents being broadcast on each of the plurality of channel numbers based on the broadcasting schedule information, and a display configured to sequentially display the plurality of Internet broadcasting contents sequentially received on the channel recommendation screen.

A multi-window user interface (UI) is presented in various configurations and operational uses to leverage the relatively large display canvas afforded by large screen display devices such as 4K or 8K displays. Along with the various “Multiview” aspects, content delivery techniques, content selection techniques, and level of service techniques also are presented.

A multi-window user interface (UI) is presented in various configurations and operational uses to leverage the relatively large display canvas afforded by large screen display devices such as 4K or 8K displays. Along with the various “Multiview” aspects, content delivery techniques, content selection techniques, and level of service techniques also are presented.

A system and method for hardware agnostic detection of one or more advertisements broadcasted across one or more channels includes extracting a first set of audio fingerprints and a first set of video fingerprints. The method also includes generating a set of digital signature values corresponding to an extracted set of video fingerprints, and normalizing each frame of a pre-determined number of frames of a video. The method also includes scaling each frame of the corresponding pre-determined number of frames of the video clip to a pre-defined scale. Each frame corresponds to the broadcasted media content on the channel. The method also includes trimming a first pre-defined region and a second pre-defined region of each frame by a pre-defined percentage of a frame width, a frame height and a pre-defined number of pixels in each frame.

Example embodiments provide a media content news feed identifying one or more media content streams that may be received and displayed. In an example embodiment, media content alert information is received at a media content device that describes at least one of a plurality of media content streams receivable at the media content device via a network. The received media content alert information is processed to generate a content news feed including one or more content news items. The content news feed is presented using the display device. A selection of one of the content news items of the feed is received, with the selected content news item identifying a corresponding media content stream of the plurality of streams. Based on the selected content news item, the corresponding media content stream is processed.

Provided are a medical video distribution system and a medical video distribution method, capable of stably streaming video output from medical devices. A server device executes an editing process (step S206) editing video data output from origin(s) designated by step S201, on a basis of correspondence designated by step S205, in display area(s) contained in a layout designated by step S203; and a first distribution process (step S209) streaming the edited video data towards display terminal(s), and, when there are plurality of designated origins, synthesizes in the editing process a plurality of video data output from the origins to produce a single synthesized video data having a data volume nearly equal to that of the video data output from a single origin.

Systems, devices and processes are provided to facilitate the streaming of video content in a video streaming system. Specifically, the various embodiments provide an improved user interface for a video streaming system. In general, this user interface displays indications of program content of past time slots along with current and future time slots in a way that give the user an intuitive understanding of the percentage of remaining time in the current program. Thus, a user can immediately ascertain the percentage of the current program that has already been streamed relative to the percentage of the current program remaining. This information allows a user to more quickly decide if they would like to start viewing a program that has already been streaming for some period of time.

The present disclosure provides a method and a system for personalized presentation of a multimedia content assembly, including: presenting, on a server, by using a presentation mode in which one or more presentation layers superimpose, a media content component, and sending signaling information for describing a presentation layer layout to a client; presenting, on the client, a multimedia content assembly in a personalized manner according to the signaling information of the presentation layer. In the present disclosure, a content provider can instruct a user to perform combination presentation on multi-channel content at a client device vendor, and adjust a layout by a reduced update instruction. In addition, the present disclosure provides a media service applicable to a case in which terminal devices are different and user needs are different.

An information processing device includes circuitry that receives a user-input for selection of one of a visual accessibility feature and an aural accessibility feature and further receives a first audio segment from an audio capturing device at a live event. The first audio segment includes a first audio portion of the audio content and a first audio closed caption (CC) information. The circuitry controls display of first text information for the first audio portion and second text information for the first audio CC information, based on received user-input for the selection of the visual accessibility feature. The circuitry generates a second audio segment from the first audio segment based on a first audio characteristic of the first audio segment. The circuitry controls a playback of the generated second audio segment, based on the received user-input for the selection of the aural accessibility feature.