Abstract: Embodiments of the present invention generally relate to systems and methods for implementing telecommunications. More specifically, various embodiments of the present invention provide methods for interconnecting real-time communication links. Such methods include receiving the status of at least two communication links. The communication links may be established between endpoints and bridges in a network. One of the bridges associated with one of the communication links is selected to operate as a host bridge based at least in part on the status of the communication links. Then, after receiving the status from at least two of the communication links, the selected host bridge is automatically caused to initiate another communication link with at least another bridge associated with one of the aforementioned communication links.

Abstract: Embodiments of the present invention generally relate to systems and methods for implementing telecommunications. More specifically, various embodiments of the present invention provide methods for interconnecting real-time communication links. Such methods include receiving the status of at least two communication links. The communication links may be established between endpoints and bridges in a network. One of the bridges associated with one of the communication links is selected to operate as a host bridge based at least in part on the status of the communication links. Then, after receiving the status from at least two of the communication links, the selected host bridge is automatically caused to initiate another communication link with at least another bridge associated with one of the aforementioned communication links.

Abstract: A teleconference network, using multiple teleconference bridges and a data network is disclosed. A first telephone network transmits, in one or more frames, a voice transmission generated by a first telecommunication unit. A first gateway, connected to said first telephone network, converts each frame received from said first telephone network into one or more data packets. A first routing device, coupled to said first gateway and said data network, transmits the one or more data packets generated by said first gateway through said data network. A second routing device, coupled to said data network, receives the one or more data packets transmitted by said first routing device. A second gateway, coupled to said second routing device, converts the data packets received by said second routing devices into frames. One of the multiple teleconference bridges inserts the frames received from said second gateway into a teleconference hosted on said bridge.