Abstract: A content providing server provides virtual reality content. The content providing server includes a requesting unit configured to receive a request for virtual reality content from a user device; a dynamic object image processing unit configured to render an image of a dynamic object contained in the virtual reality content; a static object image processing unit configured to render an image of a static object contained in the virtual reality content; and a streaming unit configured to separately stream the image of the dynamic object and the image of the static object to the user device.

Abstract: A content providing server provides virtual reality content. The content providing server includes a requesting unit configured to receive a request for virtual reality content from a user device; a dynamic object image processing unit configured to render an image of a dynamic object contained in the virtual reality content; a static object image processing unit configured to render an image of a static object contained in the virtual reality content; and a streaming unit configured to separately stream the image of the dynamic object and the image of the static object to the user device.

Abstract: A user device and a server provide a VR experience service to a user without significant interruption in response to a user's movement. In particular, the server may create a stitched image of a 360-degree video of a predetermined virtual environment according to a user movement state and transmit the stitched image to a user device. The user device may i) receive, from a server through a wireless link, a stitched image of a 360-degree video of a predetermined virtual environment which is dynamically changed according to a user movement state and ii) render a stereoscopic image at a user's view-point which is dynamically changed according to a user's head movement, using the received stitched image of the 360-degree view of the predetermined virtual environment.

Abstract: Provided are providing a virtual reality (VR) contents streaming service.

Abstract: Panoramic view customization may include dividing a panoramic video frame into multiple blocks, encoding the multiple blocks, generating and storing synchronization information and location information corresponding to the multiple blocks, receiving, from a device, information that identifies a viewing area of interest in the panoramic video frame, identifying at least two of the blocks that include at least some of the information that identify the viewing area of interest, combining the identified blocks to frame a first video; and transmitting the first framed video to the device.

Abstract: The disclosure is related to a personalized user interface having at least one moving image produced based on a multimedia stream received in real time from a preferred streaming server. A service server for providing the personalized user interface may perform receiving multimedia streams transmitted in real time from preferred streaming servers selected based on user interface configuration information, obtaining personalized items based on the user interface configuration information, producing a single multimedia stream for the personalized user interface by combining the received multimedia streams and the obtained personalized items, and transmitting the produced single multimedia stream to the user device.

Abstract: The disclosure is related a VR experience service provided to a user through a user device and a server without significant interruption in response to a user's movement. In particular, a server may create a stitched image of a 360-degree video of a predetermined virtual environment according to a user movement state and transmit the stitched image to a user device. A user device may i) receive, from a server through a wireless link, a stitched image of a 360-degree video of a predetermined virtual environment which is dynamically changed according to a user movement state and ii) render a stereoscopic image at a user's view-point which is dynamically changed according to a user's head movement, using the received stitched image of the 360-degree view of the predetermined virtual environment.

Abstract: Disclosed is a method of encoding a panoramic video. The method includes dividing an input image into a plurality of segments, determining whether each of the segments is a warped region or an un-warped region, performing de-warping on a segment determined as being the warped region, based on a panoramic format associated with the input image, and encoding the de-warped segment.

Abstract: Provided are providing a virtual reality (VR) contents streaming service.

Abstract: Panoramic view customization may include dividing a panoramic video frame into multiple blocks, encoding the multiple blocks, generating and storing synchronization information and location information corresponding to the multiple blocks, receiving, from a device, information that identifies a viewing area of interest in the panoramic video frame, identifying at least two of the blocks that include at least some of the information that identify the viewing area of interest, combining the identified blocks to frame a first video; and transmitting the first framed video to the device.

Abstract: A cloud game service providing apparatus includes an input reception unit configured to receive an input signal from a device from among at least one user device; a game execution unit configured to execute a cloud game in response to the received input signal; and a virtual graphic processing unit configured to encode a frame of the executed cloud game by using a virtual graphic resource, and to provide the encoded frame of the executed cloud game to the user device.

Abstract: An apparatus and method for providing a game service in cloud computing environment. A method may be provided for providing a streaming game service using a plurality of cloud computing servers. The method may include receiving user inputs from at least one user equipments, executing and progressing at least one game program in response to the user inputs, capturing audio and video data as progress results of the executed at least one game program, and streaming the captured audio and video data to a respective user equipment.

Abstract: The disclosure is related to a personalized user interface having at least one moving image produced based on a multimedia stream received in real time from a preferred streaming server. A service server for providing the personalized user interface may perform receiving multimedia streams transmitted in real time from preferred streaming servers selected based on user interface configuration information, obtaining personalized items based on the user interface configuration information, producing a single multimedia stream for the personalized user interface by combining the received multimedia streams and the obtained personalized items, and transmitting the produced single multimedia stream to the user device.

Abstract: The disclosure is related to combining a plurality of video streams, and to providing a variety of video advertisements using a video stream combination procedure. Particularly, the video stream combination procedure according to the present embodiment may include extracting a plurality of encoded video data included in a plurality of video streams, and creating a single combined video stream by considering each extracted encoded video data as slice group data. Furthermore, an advertisement stream may be included in the single combined video stream, by using such video stream combination procedure.

Abstract: The disclosure is related to providing a dynamic multi-channel guide service based on broadcast ratings. Particularly, a multi-channel guide stream corresponding to a single combined video stream may be formed using a plurality of encoded video data extracted from a plurality of broadcast channel streams, according to multi-channel guide configuration information. Herein, the multi-channel guide configuration information may be determined based on the broadcast ratings.

Abstract: In at least one example embodiment, a method may include generating, regarding a rendered HTML page, an output image having a plurality of macroblocks; classifying each of the plurality of macroblocks into one of a variable macroblock and an invariable macroblock; generating an encoding map regarding the output image based at least in part on the result of the classifying; and encoding the output image based at least in part on the encoding map.

Abstract: In at least one example embodiment, in connection with a device having a user interface (UI), a method may include transmitting a request for VOD (video on demand) content to a content provider; receiving, from the content provider, a UI stream and the requested VOD content, the UI stream including a VOD header and a plurality of UI videos corresponding to the VOD content; playing a first UI video from among the plurality of UI videos; receiving a first user input; selecting a second UI video from among the plurality of UI videos based at least in part on the first user input; and playing the second UI video.

Abstract: A cloud game service providing apparatus includes an input reception unit configured to receive an input signal from a device from among at least one user device; a game execution unit configured to execute a cloud game in response to the received input signal; and a virtual graphic processing unit configured to encode a frame of the executed cloud game by using a virtual graphic resource, and to provide the encoded frame of the executed cloud game to the user device.

Abstract: An apparatus and method for providing a game service in cloud computing environment. A method may be provided for providing a streaming game service using a plurality of cloud computing servers. The method may include receiving user inputs from at least one user equipments, executing and progressing at least one game program in response to the user inputs, capturing audio and video data as progress results of the executed at least one game program, and streaming the captured audio and video data to a respective user equipment.

Abstract: A data writing and reproducing device using a password when writing and reproducing data is provided. The data writing and reproducing device includes a signal processor to scramble video data using an encryption key, a data writing module to write the video data scrambled by the signal processor to a recording medium, a key signal input part to provide a function to input a password, and a controller to generate the encryption key from the password and to provide the encryption key to the signal processor. The recording medium storing data by use of the data writing and reproducing device is reproducible only through a CSS-compliant reproducing device. Accordingly, the data is protected from illegal copying and viewing by a third party and the possibility of hacking can be reduced.