Abstract:
A system and method of automatically routing a message between communication units in a network (figure 2) sends a first message (116) to a first server (106). A redirect message (118) is responsively received from the first server (106). The redirect message (118) comprises identification of a destination server (112) associated with a destination communication unit (119) and a target range. The target range includes a plurality of communication units associated with the destination server (112).
Abstract:
The voice signaling gateway (10) provides group call and call back services among iDEN network (20) users (21) and a number of other various networks (3 0- 60) users (31-62). The voice signaling gateway has packet data interface (17 ) and web interface (16) In an alternate embodiment of the invention, an integrated applications server (70) is added to the voice signaling gateway (100) to provide group call services. The integrated applications server has the functions for supporting group calls which were within the voice signali ng gateway (10) and forms a stand-alone special feature system.
Abstract:
The voice signaling gateway (10) provides group call and call back services among iDEN network (20) users (21) and a number of other various networks (3 0- 60) users (31-62). The voice signaling gateway has packet data interface (17 ) and web interface (16) In an alternate embodiment of the invention, an integrated applications server (70) is added to the voice signaling gateway (100) to provide group call services. The integrated applications server has the functions for supporting group calls which were within the voice signali ng gateway (10) and forms a stand-alone special feature system.
Abstract:
A system and method of automatically routing a message between communication units in a network sends a first message ( 116 ) to a first server ( 106 ). A redirect message ( 118 ) is responsively received from the first server ( 106 ). The redirect message ( 118 ) comprises identification of a destination server ( 112 ) associated with a destination communication unit ( 119 ) and a target range. The target range includes a plurality of communication units associated with the destination server ( 112 ).
Abstract:
The voice signaling gateway ( 10 ) provides group call and call back services among iDEN network ( 20 ) users ( 21 ) and a number of other various networks ( 30-60 ) users ( 31-62 ). The voice signaling gateway has packet data interface ( 17 ) and web interface ( 16 ) In an alternate embodiment of the invention, an integrated applications server ( 70 ) is added to the voice signaling gateway ( 100 ) to provide group call services. The integrated applications server has the functions for supporting group calls which were within the voice signaling gateway ( 10 ) and forms a stand-alone special feature system.
Abstract:
A system and method of automatically routing a message between communication units in a network sends a first message ( 116 ) to a first server ( 106 ). A redirect message ( 118 ) is responsively received from the first server ( 106 ). The redirect message ( 118 ) comprises identification of a destination server ( 112 ) associated with a destination communication unit ( 119 ) and a target range. The target range includes a plurality of communication units associated with the destination server ( 112 ).
Abstract:
One or more gateways (107 and 108) as serve to interconnect the discrete call facilitation platforms (403 and 404) of a given communication network with an external communication network (109) as provided with the routing addresses of such discrete call facilitation platforms. The discrete call facilitation platforms, however, are not provisioned in a reciprocal fashion. Instead, the discrete call facilitation platforms are only provided with a subset of available gateway addresses. In a preferred approach, this is accompanied by less-than-fully-meshed connectivity between the gateways and the discrete call facilitation platforms.
Abstract:
Transcoding needs and selection are performed by a central call control function (17, 35). Each transcoder (18, 23, 34, 36) registers with the appropriate call control (17, 35). The call control then determines whether a vocoder is required at all. If vocoding is required, call control (17, 35) selects the appropriate transcoder (18, 34) and inserts the appropriate transcoder into the bearer traffic stream (16).
Abstract:
A system and method of automatically routing a message between communication units in a network (figure 2) sends a first message (116) to a first server (106). A redirect message (118) is responsively received from the first server (106). The redirect message (118) comprises identification of a destination server (112) associated with a destination communication unit (119) and a target range. The target range includes a plurality of communication units associated with the destination server (112).