초록 ▼

A videoconferencing system includes an embedded web server and a network interface for connecting the videoconferencing systems to a network. Computers and other devices on the network may manage and control various operations of the videoconferencing system through a conventional browser interface

A videoconferencing system includes an embedded web server and a network interface for connecting the videoconferencing systems to a network. Computers and other devices on the network may manage and control various operations of the videoconferencing system through a conventional browser interface by accessing web pages transmitted by the embedded web server. In addition, users of network-connected computers may upload presentation files to the videoconferencing system to enable transmission of presentation slides to remote conference endpoints. The videoconferencing system may also be provided with an integrated network hub to allow connection of the videoconferencing system to one or more local computers.

대표청구항 ▼

A videoconferencing system includes an embedded web server and a network interface for connecting the videoconferencing systems to a network. Computers and other devices on the network may manage and control various operations of the videoconferencing system through a conventional browser interface

A videoconferencing system includes an embedded web server and a network interface for connecting the videoconferencing systems to a network. Computers and other devices on the network may manage and control various operations of the videoconferencing system through a conventional browser interface by accessing web pages transmitted by the embedded web server. In addition, users of network-connected computers may upload presentation files to the videoconferencing system to enable transmission of presentation slides to remote conference endpoints. The videoconferencing system may also be provided with an integrated network hub to allow connection of the videoconferencing system to one or more local computers. ion lists to generate a binary file with the number of bits used to represent each data parameter being determined by its corresponding quantization parameter. 24. A system for compression of a text-based language representation to a binary representation, the system comprising: a memory in which instructions and data are stored; and a processor, coupled to the memory, such that the processor receives the instructions stored in the memory and executes the instructions to perform operations comprising: preprocessing a text-based file, wherein the text-based file is a XML-based file, and modifying the file to meet desired constraints and to output a formatted text based file; examining the formatted text-based file to determine a range corresponding to each data parameter at each node; receiving a performance parameter and calculating a quantization parameter that corresponds to a number of bits used to represent each data parameter in response to the data parameter range and the performance parameter; adding one or more quantization parameters at each node, wherein the quantization list is made up of the calculated quantization parameters for each node, and outputting a modified text file; examining the quantization list of each child node of a grouping node and determining if a more efficient data compression may be performed by combining quantization lists at the grouping node and outputting a quantization parameter consolidated text file; and using the quantization lists to generate a binary file with the number of bits used to represent each data parameter being determined by its corresponding quantization parameter. 25. A system for compression of a text-based language representation to a binary representation, the system comprising: a memory in which instructions and data are stored; and a processor, coupled to the memory, such that the processor receives the instructions stored in the memory and executes the instructions to perform operations comprising: preprocessing a text-based file, and modifying the file to meet desired constraints and to output a formatted text based file, wherein said modifying step further comprising adding BIFS commands; examining the formatted text-based file to determine a range corresponding to each data parameter at each node; receiving a performance parameter and calculating a quantization parameter that corresponds to a number of bits used to represent each data parameter in response to the data parameter range and the performance parameter; adding one or more quantization parameters at each node, wherein the quantization list is made up of the calculated quantization parameters for each node, and outputting a modified text file; examining the quantization list of each child node of a grouping node and determining if a more efficient