Abstract:
Embodiments are directed to defining hierarchical digital broadcast transport streams as separate cells, which reduces the signaling in OSI layer 1, and removing use of sub-cells so that the coverage area of a transposer may be treated as a cell. In accordance with at least one embodiment, each hierarchical DVB-H stream (i.e., the HP stream and the LP stream) has its own separate dedicated “current signal” frame. This allows the streams to be independent of each other (even to belong to different networks). Furthermore, in accordance with the hierarchical signal arrangement, a cell can be uniquely identified by its network_id and cell_id. In accordance with at least one embodiment, frequency may be used as an additional identifier thereby allowing a first cell to be transposed to a sub-cell.
Abstract:
A method of circumventing network obstacles to provide a peer-to-peer communication channel between peers utilizing hypertext transfer protocol (HTTP) includes communicating a HTTP request from a peer device to a relay through a network including an obstacle where the HTTP request is intended for another peer device. The method further includes communicating a HTTP response from the relay to the peer device and establishing a communication channel between the peer device and the another peer device via the relay. The communication channel permits the peer device and the another peer device to send and receive data.
Abstract:
A method, device, system, and a computer program product for association of memory to folder information are disclosed. The electronic device includes one or more memory elements and a sending module. Each of the memory elements is adapted to store folders therein, and the sending module is adapted to send a capability object and a folder-listing object to a receiving module. The capability object includes memory information corresponding to the one or more memory elements, and the folder-listing object includes folder information corresponding to a folder contained in one of the memory elements. The folder information includes an attribute identifying the one memory element containing the folder.
Abstract:
A method of transmitting from a first node to a second node, said method comprising the steps of transmitting in a first mode at least one data frame from said first node to said second node; and determining if there is no data to be transmitted and if there is no data to be transmitted transmitting at least one empty frame in the first mode; and switching to a second mode in which no transmission is made in the absence of data to be transmitted at least some of the time.
Abstract:
An approach is provided for shared mobile web services. A community including multiple mobile web servers providing a shared web service is designated. In the event one mobile web server is unavailable to service a request directed to the shared web service, another mobile web server is selected to provide the shared web service.
Abstract:
This invention relates to a mobile communications device and a method for controlling a menu on a mobile communications device having a display with an idle mode background image. The method comprises receiving a user input from a control device, relating the user input to an area of said display, determining an application which is linked to said area such that said application is executed in response to the selection of said area, and superposing an application icon associated with said application over at least a part of said idle mode background image.
Abstract:
Embodiments of the present invention provide a method of associating first data identifying a first party with second data to allow future recognition of the first party, including the steps of: conducting a telephone call with the first party; storing second data derived from the telephone call with the first party, the second data being different to the first data and characterizing a feature of the first party to allow future recognition of the first party; and associating the first data with the second data.
Abstract:
Modifying remote service discovery based on presence involves identifying service discovery data using ad-hoc, peer-to-peer, service discovery protocols of a local network. The service discovery data is aggregated via an entity of the local network. Presence data associated with a remote device located outside of the local network is identified and the aggregated service discovery data is altered based on the presence data. The altered aggregated service discovery data is made available to the remote device using out-of-band communications. The out-of-band communications are different from the service discovery protocols of the local network.
Abstract:
A method of transmitting in a second mode at least one data frame from a first node to a second node. Determining if there is data to be transmitted and if there is no data to be transmitted then transmitting from said first node to said second node no frame in the second mode. The first node receiving an indication that the first node should use a first mode and transmitting an acknowledgement in response to the indication. Switching from the second mode to the first mode and transmitting in the first mode at least one data frame from the first node to the second node. Then, further determining if there is data to be transmitted and if there is no data to be transmitted then transmitting from said first node to said second node at least one empty frame in the first mode.
Abstract:
A method includes receiving a data signal that includes a plurality of encoded frames in a first access unit, receiving a data message indicative of a similarity between a portion of a first one of the plurality of encoded frames and a portion of a non-successive second one of the plurality of encoded frames in a second access unit, and decoding the portion of the second one of the plurality of encoded frames from the portion of the first one of the plurality of encoded frames when the data signal is corrupted.