Abstract:
A method of handling video signals by a gateway. The method includes determining, by the gateway, that a circuit switched channel carries video signals, receiving, by the gateway, a signal stream from the circuit switched channel determined to carry video signals, placing the signals of the received signal stream in packets of a single packet connection and transmitting the packets of the single packet connection, by the gateway, on a packet based network.
Abstract:
A method of converting voice signals into voice packets. The method includes providing one or more of voice or fax digital signals, at a first location, processing the provided digital signals at the first location, transmitting the processed digital signals to a second location, adding at least one header to the processed digital signals transmitted to the second location, at the second location and transmitting the processed digital signals with the added header on a communication network.
Abstract:
A method of transmitting data bits over a modem connection. The method includes receiving a first stream of data bits, by a first modem, performing a first set of one or more communication tasks on the first stream of bits, by the first modem, so as to generate a second stream of bits, modulating the second stream of bits, by the first modem, so as to form a modulated signal, transmitting the modulated signal from the first modem to a second modem, demodulating the modulated signal by the second modem, so as to form a third stream of bits, performing on the third stream of bits, a second set of zero or more communication tasks, including a different number of tasks than the first set of tasks, so as to form a fourth stream of bits, and transmitting the fourth stream of bits to a communication unit over a packet based network.
Abstract:
A method of reducing bandwidth utilization in a cellular network. The method includes receiving packet streams at a suppression unit of a cellular network, identifying a plurality of packet streams carrying the same data content, by the suppression unit; forwarding for packet streams identified as carrying the same data content, fewer packet streams than received, during a period in which the streams are identified to have the same content; regenerating the non-forwarded packet streams of the plurality of packet streams carrying the same data content, by a regeneration unit of the cellular network; and transmitting the plurality of packet streams including the regenerated streams to mobile stations.
Abstract:
A method of signal-correction. The method includes determining, by a line-card, in accordance with a modem training method, signal correction parameter values for signals transmitted on a connection passing through the line-card, and performing signal correction of the signals transmitted on the connection, by the line-card, using the determined signal correction parameter values.
Abstract:
A method of transmitting data. The method includes establishing a modem connection (72) between two digitally connected modems (24, 28) and transmitting data on the modem connection (82) in accordance with a transmission scheme defined only for transmission from analog to digital modems.
Abstract:
A method of transmitting signals on a modem connection. The method includes providing, by a modem, signals to be transmitted on a modem connection, actively adding noise to one or more, but not all, of the provided signals of the modem connection, and transmitting the provided signals with the added random noise, toward a remote unit.
Abstract:
A method of establishing an over-Internet-protocol (XoIP) call over a previously established connection path between a client and a remote access concentrator (RAC), while a currently active call is using the established connection path. The method includes transmitting a request to establish an XoIP call over the previously established connection path, moving the currently active call on the previously established connection path to a hold state, and establishing the requested XoIP call on a connection including the previously established connection path.
Abstract:
A signal processing board including a resource board substrate, an external interface on the board substrate, adapted to receive signals for processing, at least one slot adapted to receive a plug-in module with at least one processor thereon and an interface unit adapted to at least participate in converting signals exchanged between the external interface and a processor on a module received by the slot, between a format of signals received by the external interface and a signal format of the processor. The interface unit is suitable to at least participate in the conversion for a plurality of types of processors that differ in the format in which they transmit or receive signals.
Abstract:
A method of establishing an over-Internet-protocol (XoIP) call over a previously established connection path between a client and a remote access concentrator (RAC), while a currently active call is using the established connection path. The method includes transmitting a request to establish an XoIP call over the previously established connection path, moving the currently active call on the previously established connection path to a hold state, and establishing the requested XoIP call on a connection including the previously established connection path.