Abstract:
A communication device is operable to construct one or more image sequences that correspond to voice information, where the image sequences simulate video streaming via the communication device. The image sequences are synchronized with the voice information during active video based connection via the communication device. The image sequences are generated and/or retrieved within the communication device, and/or retrieved from an external source. At least some of the images may be generated via a secondary device that is communicatively coupled with the communication device. The generated images are stored within the secondary device and/or are stored in a dedicated video support server. The secondary device is operable to communicate the images directly during communication with the communication device and/or to communication information that enable retrieving and/or constructing the image sequences. Alternatively, the communication device is operable to generate the image sequences independently.
Abstract:
Video frames from a sequence of video frames and corresponding audio are received and processed by a client system. A portion of the video frames depend on one or more reference frames to be reconstructed and another portion are independent. The number of allowed reference frames per frame may be limited. The dependent and independent frames are treated differently. Independent frames are received at a lower data rate, with greater security and processed with a more robust protocol stack than the dependent frames. The dependent and independent frames may be stored in a single queue and/or separate queues. Independent frame data is utilized to compensate for lost frames when repeating and/or interpolating frames. Received audio content is synchronized with corresponding received frames, repeated frames and/or interpolated frames. The received, repeated and/or interpolated frames are assembled into display order and decoded. The audio content may be shifted in tone.
Abstract:
A mobile wireless communication device may communicate information to a first network device for enabling authentication, authorization and/or management of accounting for the mobile wireless communication device for use within a first network. A SIM may enable a communication session with a second network based on data sent to the second network related to the authentication, authorization and/or accounting management for use in the first network. The mobile wireless communication device may be handed-off to the second network and/or may establish simultaneous communication sessions with the first network and the second network without communicating authentication, authorization and/or accounting information to the second network. The first and/or second network and/or another network device may comprise and/or share a session control server. The mobile wireless communication device may receive, store and/or modify additional information associated with the authentication, authorization and/or accounting management from the second network device.
Abstract:
A system and method for providing a secure user interface in a shared resource environment. Various aspects of the present invention may comprise establishing a first wireless communication link between a first system and a user interface system. A first wireless communication port may, for example, establish such a wireless communication link. A first secure communication pathway may be established between the first system and the user interface system. A first secure communication module may, for example, establish such a secure communication pathway. A second wireless communication link may be established between a second system and the user interface system. A second wireless communication port may, for example, establish such a wireless communication link. A second communication pathway between the second system and the user interface system may be established. A second communication module may, for example, establish such a communication pathway.
Abstract:
Methods are disclosed for indirectly monitoring and controlling at least one media peripheral device in a media exchange network by accessing a media management system (MMS) via a first media peripheral (MP) device (e.g., a TV screen) using a user control device (e.g., a remote control). An operation corresponding to a second media peripheral (MP) device (e.g., a digital camera) may be selected via the MMS using the first MP device and the user control device. The operation is then carried out (i.e., performed) by the second MP device. A status of the second MP device may be selected via the MMS using the first MP device and the user control device. The selected status is then displayed on the first MP device.
Abstract:
A private access point may be utilized to establish a local network that is accessible by client devices when the client devices are communicatively coupled to the private access point. The private access point is then operable to determine services that may be provided in its local network to the client devices, and to advertise these services within its local network. The services comprise network and/or data accessibility, and bandwidth availability. Private access points are also operable to utilize local and/or remote resources to provide additional services, comprising audio/video processing capability, storage, and/or processing. Offering of services in private access point networks is incentivized to the private access points and/or to client devices. Incentives comprise offering pay and/or credit to the private access points. Providing access to, blocking, limiting and/or modifying available/offered services is managed in private access point networks, based on incentives and/or availability of resources.
Abstract:
Internal or external pathway adapters are utilized to enable playing personal media streams via STBs. The personal media streams are forwarded from local and/or remote sources. The personal media sources communicate directly and/or indirectly with the pathway adapters. The pathway adapters support a plurality of wireless and/or wired interfaces. The pathway adapters channelize the received personal media streams to simulate TV channels in TV broadcasts receivable via the STBs. The channelized personal media streams are feed directly and separately into the STB and/or combined with TV broadcast feeds. Management server functionality in the pathway adapters enables interactions with the pathway adapter, to request pathway services and/or to establish routing paths for personal media streams to the pathway adapter, wherein these interactions, are based on webpage-based interfaces and/or dedicated APIs.
Abstract:
From a laptop and a client server interface, a subscriber securely initiates tracking and/or disabling of a communication device by a server. The subscriber receives location and/or usage reports for the communication device. The subscriber is provided with the capability to modify a profile, device status and/or transfer ownership of the device via a client server interface. Based on the profile, detection of a particular event triggers tracking and/or disabling of the device by the server. The communication device registers with the server utilizing its unique device ID and/or the subscriber identity information when accessing the internet. The server is enabled to communicate a status and/or a request for tracking information, to the communication device. The server is also enabled to receive tracking and/or location information and communicates it to the subscriber's laptop.
Abstract:
A media player is utilized to determine presence of defects in storage devices, and to retrieve replacement data from media management servers. The retrieval of the replacement data is performed during playback and/or use of the storage devices. The replacement data is only utilized during real time playback of the storage devices. The replacement data can also be stored within the data storage player, into the storage devices, and/or into external storage devices accessible during playback operations. Addressing information is created and/or modified to enable use of stored replacement data. A new copy of the data can be created in the same or in new storage device. The media management server performs access authentication operations during replacement data retrieval. The media management server is accessed via user-based webpage-like interfaces and/or dedicated APIs.
Abstract:
A wireless terminal having processing resources, a user interface including a user input device and a display, and a wireless interface causes a file to be printed to a destination printer that is unsupported by the wireless terminal. The processing resources communicatively couple to the wireless interface and to the user interface and are operable to receive a file via a servicing wireless network and the wireless interface, receive a request via the user interface to print the file, identify a destination printer, determine that the wireless terminal does not support printing of the file at the destination printer, identify a servicing device for processing of the file for printing at the destination printer, and transmit the file to the servicing device via the wireless interface and the servicing wireless network.