required for hosting a web conference call session such as call transfer, call forwarding, and video on hold.

The core subsystems of an audio/video web conferencing system consist of an image processor that performs real-time image capture processing, compression/decompression, color space conversion, and real time display. The system also has a CPU/IP processor that carries out conference call controls, voice processing with noise and echo cancellat

Web conference calling is the newest technology that is being used around the world. This new technology is used over the Internet on the World Wide Web for hosting conference call sessions. Web conferencing is associated with the use of Internet protocols for hosting teleconferencing sessions. It is also called as Internet telephony and VoIP, which is the acronym for voice over Internet protocol.

Web conference calling is defined as the combination of different types of communications such as voice data and video over a single packet cell based infrastructure system. It more specifically refers to the transmission of voice in the form of live calls instead of messages over the Internet.

Web conference calling services use a specific type of technology, which enables the transmission of voice and video collaboration over computer networks such as local area network (LAN) and wide area network (WAN). Web conference calling services use open IETF (Internet Engineering Task Force) and ITU (International Telecommunication Union) standards to transfer audio files over Internet based networks. Traditionally, communication was carried out with the help of dedicated circuit switched connections, but now packet-switched connections are used for transmitting voice, fax and data signals over the Internet.

The latest conference calling technology makes use of audio/video web conferencing phones that are used for transmitting voice and video inputs over the Internet. These phones are used in conjunction with software programs that convert analog phone signals into digital format understood by a computer system.

The phones are connected to a computer system having Internet connection for allowing audio/video conference calls anywhere in the world. Most of these phone systems are equipped with features required for hosting a web conference call session such as call transfer, call forwarding, and video on hold.

The core subsystems of an audio/video web conferencing system consist of an image processor that performs real-time image capture processing, compression/decompression, color space conversion, and real time display. The system also has a CPU/IP processor that carries out conference call controls, voice processing with noise and echo cancellati

of different types of communications such as voice data and video over a single packet cell based infrastructure system. It more specifically refers to the transmission of voice in the form of live calls instead of messages over the Internet.

Web conference calling services use a specific type of technology, which enables the transmission of voice and video collaboration over computer networks such as local area network (LAN) and wide area network (WAN). Web conference calling services use open IETF (Internet Engineering Task Force) and ITU (International Telecommunication Union) standards to transfer audio files over Internet based networks. Traditionally, communication was carried out with the help of dedicated circuit switched connections, but now packet-switched connections are used for transmitting voice, fax and data signals over the Internet.

The latest conference calling technology makes use of audio/video web conferencing phones that are used for transmitting voice and video inputs over the Internet. These phones are used in conjunction with software programs that convert analog phone signals into digital format understood by a computer system.

The phones are connected to a computer system having Internet connection for allowing audio/video conference calls anywhere in the world. Most of these phone systems are equipped with features required for hosting a web conference call session such as call transfer, call forwarding, and video on hold.

The core subsystems of an audio/video web conferencing system consist of an image processor that performs real-time image capture processing, compression/decompression, color space conversion, and real time display. The system also has a CPU/IP processor that carries out conference call controls, voice processing with noise and echo cancellat

N). Web conference calling services use open IETF (Internet Engineering Task Force) and ITU (International Telecommunication Union) standards to transfer audio files over Internet based networks. Traditionally, communication was carried out with the help of dedicated circuit switched connections, but now packet-switched connections are used for transmitting voice, fax and data signals over the Internet.

The latest conference calling technology makes use of audio/video web conferencing phones that are used for transmitting voice and video inputs over the Internet. These phones are used in conjunction with software programs that convert analog phone signals into digital format understood by a computer system.

The phones are connected to a computer system having Internet connection for allowing audio/video conference calls anywhere in the world. Most of these phone systems are equipped with features required for hosting a web conference call session such as call transfer, call forwarding, and video on hold.

The core subsystems of an audio/video web conferencing system consist of an image processor that performs real-time image capture processing, compression/decompression, color space conversion, and real time display. The system also has a CPU/IP processor that carries out conference call controls, voice processing with noise and echo cancellat

se of audio/video web conferencing phones that are used for transmitting voice and video inputs over the Internet. These phones are used in conjunction with software programs that convert analog phone signals into digital format understood by a computer system.

The phones are connected to a computer system having Internet connection for allowing audio/video conference calls anywhere in the world. Most of these phone systems are equipped with features required for hosting a web conference call session such as call transfer, call forwarding, and video on hold.

The core subsystems of an audio/video web conferencing system consist of an image processor that performs real-time image capture processing, compression/decompression, color space conversion, and real time display. The system also has a CPU/IP processor that carries out conference call controls, voice processing with noise and echo cancellat

required for hosting a web conference call session such as call transfer, call forwarding, and video on hold.

The core subsystems of an audio/video web conferencing system consist of an image processor that performs real-time image capture processing, compression/decompression, color space conversion, and real time display. The system also has a CPU/IP processor that carries out conference call controls, voice processing with noise and echo cancellation, protocol processing, network management software functions and the user interface functions. They are equipped with ample amount of memory for storing numbers, execution codes, and other data or parameters. These phone systems have different settings that can be used to adjust display contrast, select available background images, and opt for unique ringer sounds from a large number of preloaded ring tones.

Web conference calling technology is used in contact centers, large organizations, and government agencies. The technology is also used in domestic households, as it is relatively cheap and affordable for most, as compared to making long distance calls using standard phone lines.