Abstract: The present disclosure provides a display device and a frame for the display device, which relate to display technologies. The display device includes an optical film layer, a frame and a positioning member. The optical film layer is provided with a positioning hole. The frame is provided with a first supporting surface for supporting the optical film layer and a first positioning groove opened on the first supporting surface. The positioning member penetrates through the positioning hole and is fixed to the first positioning groove.

Abstract: The present disclosure provides a display device and a frame for the display device, which relate to display technologies. The display device includes an optical film layer, a frame and a positioning member. The optical film layer is provided with a positioning hole. The frame is provided with a first supporting surface for supporting the optical film layer and a first positioning groove opened on the first supporting surface. The positioning member penetrates through the positioning hole and is fixed to the first positioning groove.

Abstract: A display device includes a display and a wall mount for fixing the display. The wall mount includes a first connection member and a second connection member. The first connection member is configured to support the display, the second connection member is provided on the display, thereby the whole display is attached to the wall fixedly with magnetic attraction between the first connection member and the second connection member.

Abstract: Most commercial power reactors in the world, so called second generation of nuclear power plants (NPP), were designed in 1960s and 1970s. Due to technology constrains, these NPP's nuclear fuel burnup data are calculated as a whole of a fuel assembly (FA) based on the total core power output during certain period of time and the theoretical physics calculation of the thermal neutron flux (TNF) distribution in the reactor core. This traditional burnup calculation based on theoretical TNF 3-D distribution for each FA in the core is far less accurate in term of pin-point burnup data along the entire length of a FA. Therefore, the most contribution factor to fuel failure event, e.g. the accurate burnup data at a fine grained location along a FA, could not be obtained by these existing methods and practice in these NPPs. This invention applies the modern machine learning and artificial intelligent methods to provide a much finer-grained TNF 3D distribution prediction for these second generation NPPs.

Abstract: The use of broadcast channels for television programming on a wireless telecommunications data network is optimized. Proxy servers at base stations receive more programming than can be broadcast by the base station. Programming then is queued for changes in broadcast content. Management servers coordinate the broadcasts across multiple sectors so that centralized control is possible. Management servers operate in conjunction with necessary gateways on the connectivity services network to route content to access service network. Quality of service (QoS) guarantees are actualized by centrally managing the broadcast of requested content from the proxy servers. Handoffs are possible from one area to another by coordinating the broadcasts across access service networks.

Abstract: Systems, methods, and computer-readable media for resuming a media object presented on a device following a data loss event that interrupts the presentation of the media object, wherein streaming services are used to deliver the media object are provided. A physical disconnection that occurs at a point during the presentation of the media object is recognized. The physical disconnection is recognized based on an identification that media data has not been received by the device within a predetermined time period. Upon recognition of the physical disconnection, the presentation of the media object is automatically paused. After detecting reestablishment of a physical connection, the media object is resumed as though no interruption occurred. A resume request is communicated to a streaming control agent to provide an indication that the streaming control agent should continue delivering media data to the device.

Abstract: Systems and apparatus for splicing a generic ad into a streaming media broadcast are provided when a user ad is not available. A splicer operates to receive streaming media on a primary channel, receive the user ad from a user ad server on a first channel, receive the generic ad from a generic ad server via a multicast address on a second channel, splice the user ad on the first channel into a streamed programming, splice the generic ad on the second channel into the streamed programming, and transmit the streamed programming into which ads have been spliced to a resulting channel. The generic ad server operates to transmit the generic ad to the multicast address. The user ad server operates to transmit the user ad over the first channel. The resulting channel operates to output the streamed programming.

Abstract: Methods, media, and systems are provided for switching delivery of streaming services to dual-network mobile devices. Instances of streaming content can be first delivered by a network of a first protocol to the mobile device, then delivered by a network that uses a second protocol. This transition takes place seamlessly as the handoff changes the Internet Protocol (IP) address of the receiving device through a connection session controller (CSC) server and a switching helper application (SHA) on the mobile device. A session identifier ensures the appropriate streaming instance is paused, resumed, and redirected. The dual-network wireless device is configured to include an SHA configured to initiate and complete a switch of service in conjunction with the CSC.

Abstract: Systems, methods, and computer-readable media for transferring a media object from a source device to a destination device, wherein a portion of the media object has been delivered to the source device. An indication to transfer a media object from the source device to the destination device is recognized. Delivery of the media object to the first device is discontinued. An indication to resume delivery of the media object is received from the destination device. Delivery of the media object is resumed such that the destination device receives the media object. Accordingly, the destination device can present the media object to a user.

Abstract: A presence service is described that is particularly adapted for use by mobile telecommunications devices. Mobile devices operate as presentities that have one or more watchers. The watchers may themselves be mobile devices. The mobile devices can alternately be in or out of a display state. The display state corresponds to a state in which a user of the mobile device is accessing or is likely to access presence information of a different mobile device. A mobile device reports its state changes to a presence server when it has at least one watcher that is in the display state. If the mobile device has no watchers that are in the display state, and if the mobile device is not itself in the display state and watching other mobile devices, presence state reports from the mobile device are kept to a minimum.

Abstract: Embodiments of the present invention provide systems, methods, and apparatuses for delivering an advertiser's ad content to a user regardless of the channel or media format being accessed by the user. Ads may be delivered within the media stream, in an ancillary stream, or from other sources.

Abstract: A method is provided for authenticating a source device transmitting a video segment. In the method, the video segment is received from the source device over a communication network. The video segment comprises a number of frames. Identification data indicating the source device is also received over the communication network. Each of the frames of the video segment is marked with a form of the identification data. Access information is transmitted over the communication network for accessing the marked video segment.

Abstract: Systems and methods of allocating radio resources are provided. The systems and methods involve assigning each of a plurality of mobile stations to one of a plurality of categories, wherein each of the plurality of categories is associated with a different resource allocation scheme. An amount of available radio resources is allocated to each of the plurality of categories. An amount radio resources assigned to each category is allocated to mobile stations assigned to the category based on the resource allocation scheme associated with the category.

Abstract: Systems, methods and media are provided for presenting a group of available broadcast channels utilizing a wireless network upon initiation of a channel-viewing graphical user interface (GUI). The group comprises channels that can be broadcast most efficiently to the mobile device. After initiating the channel-viewing GUI on the mobile device, requests are communicated to elements on the network to retrieve lists of currently broadcast channels in the area and currently viewed channels throughout the wireless network. A list also is retrieved of recently viewed channels on the mobile device. At least a portion of each list is then presented on the channel-viewing GUI. The lists can be sent by a first video media proxy (VMP) server and a broadcast management server (BMS).

Abstract: Provides for delivery and synchronization of an ad to a user of a streaming media. An embodiment uses a transport protocol header extension to provide an ad cue to a splicer for the delivery of an ad within a primary media stream (the stream containing the header extension) or in an ancillary stream. An existing ancillary stream may be used, or a new ancillary stream may be initiated in response to the ad cue. The ad may have a variety of formats such as takeover, overlay, standard banner, and rich media.

Abstract: Systems, methods, and computer-readable media for resuming a media object presented on a mobile device following a data loss event that interrupts the presentation of the media object, wherein live streaming services are used to deliver the media object are provided. During presentation of the media object, a reduced data rate at which data is communicated to the mobile device is observed. The reduced data rate interrupting the presentation of the media object. An indication to pause delivery of the media object to the mobile device is provided. A preferred data rate at which data is communicated to the mobile device is observed and, thereafter, an indication to resume delivery of the media object to the mobile device is communicated.

Abstract: Systems, methods and media are provided for presenting a group of available broadcast channels utilizing a wireless network upon initiation of a channel-viewing graphical user interface (GUI). The group comprises channels that can be broadcast most efficiently to the mobile device. After initiating the channel-viewing GUI on the mobile device, requests are communicated to elements on the network to retrieve lists of currently broadcast channels in the area and currently viewed channels throughout the wireless network. A list also is retrieved of recently viewed channels on the mobile device. At least a portion of each list is then presented on the channel-viewing GUI. The lists can be sent by a first video media proxy (VMP) server and a broadcast management server (BMS).

Abstract: Methods and systems are described for providing a presence service that is useful for mobile telecommunications devices. A plurality of outgoing presence updates are sent to a presence client. The system monitors the level of network traffic and determines whether the client is in a region of high network load, and if so, the system throttles the outgoing presence updates during the condition of high network load. The level of throttling may depend at least in part on the amount of time that has elapsed since the presence client began a presence session, and/or the amount of time that has elapsed since an incoming presence update was received from the presence client. In determining the latter amount of elapsed time, the system may consider only the amount of time elapsed since an incoming non-automatic presence update was received from the presence client.

Abstract: A method, system, and apparatus are provided for delivery and synchronization of an ad to a user of a streaming media. An embodiment uses a Real-time Transport Protocol header extension to provide an ad cue to a splicer for the delivery of an ad within the primary media stream (the stream containing the header extension) or in an ancillary stream. An existing ancillary stream my be used, or a new ancillary stream may be initiated in response to the ad cue. The ad may have a variety of formats such as takeover, overlay, standard banner, and rich media.

Abstract: What is disclosed is a method of operating a video system. The method includes, in a video server, monitoring a quality indicator for wireless communications between a wireless communication system and a wireless communication device, transferring reference frames of a video for delivery to the wireless communication device over the wireless communication system if the quality indicator indicates a particular quality level and stopping the transfer of the reference frames if the quality indicator does not indicate the particular quality level, and transferring update frames of the video for delivery to the wireless communication device over the wireless communication system without regard to whether the quality indicator indicates the particular quality level. The method also includes, in the wireless communication device, receiving the reference frames and the update frames of the video over the wireless communication system, and displaying the video.