Abstract:
The method of providing audiovisual telecommunications to consumers is achieved by identifying the consumer, providing an information appliance having a network connection, and collecting fees from an audio-visual content provider. The information appliance has a telecommunications processor connected to the network connection and a video processor connected to the network connection. Audio-visual content is then provided to the information appliance. A network media bridge server is provided to manage the delivery of media to an A/V telecommunication device. The network media bridge uses a network connection to link the network to an A/V telecommunication device, and a media connection connected to a content provider. The network media bridge provide content to the A/V telecommunication device in response to processing commands.
Abstract:
When a line for communication of audio signals between first and second portable-telephone devices through a first portable-telephone base station, a second portable-telephone base station and a portable-telephone line network has been connected, IP addresses are exchanged. The IP addresses are required for communicating image data by first and second terminal adapters associated with the first and second portable-telephone devices respectively through an OCN. Image data is then transmitted to the IP addresses received in the communication through the OCN. To put it concretely, an image of the user of the first portable-telephone device is transmitted by the first terminal adapter through the OCN to the IP address of the second terminal adapter to be displayed by a second television receiver associated with the second terminal adapter. By the same token, an image of the user of the second portable-telephone device is transmitted by the second terminal adapter through the OCN to the IP address of the first terminal adapter to be displayed by a first television receiver associated with the first terminal adapter. Thus, by merely taking a portable-telephone device to a place like a store selling home electrical appliances including a television
Abstract:
The present invention provides apparatus, systems and methods for managing incoming and outgoing communications for various communications methods. The invention provides control over inbound communications including definition of if, when, and who may communicate with a recipient. The invention also supports concealed identification communication in that no actual addresses, phone numbers, or other addressing IDs are required to be exchanged by the communication initiator and recipient The invention also provides the capability to initiate immediate, delayed, scheduled, or recurring outbound communications. As depicted in FIG. 1, if the database (45) contains call management settings for a call recipient, the application logic (40) will evaluate the rules to determine if a particular caller is authorized to connect with the call recipient at the current time and date. If the caller is authorized by the recipient to connect to the recipient phone number, and is furthermore authorized to do so for the current time and date, the application logic (40) will connect the call utilizing the public telephone switch (50). The computer (1) passes the caller and call recipient phone numbers as stored in the database (45) to the telephone switch (50) using an application programming interface (nullAPInull) appropriate to the service provider or telephone switch manufacturer. The exemplary embodiment of the invention utilizes an API provided by a telephone service provider as an interface to its switching infrastructure (50). The API captures both, caller and recipient telephone numbers along with other variables useful for call setup and tracking. The telephone service provider then connects both parties' telephones (55), (60) to a phone call by dialing both numbers and connecting the call upon the parties' answer.
Abstract:
Systems and techniques for displaying an image sent between subscribers of a communications system by receiving electronic data corresponding to the image; displaying a blurred view of the image; and gradually displaying a sharper version of the image in response to user input.
Abstract:
Systems and techniques for displaying an image sent between subscribers of a communications system by receiving electronic data corresponding to the image; displaying a blurred view of the image; and gradually displaying a sharper version of the image in response to user input.
Abstract:
A method and apparatus for enabling a moving picture mail server to transmit moving picture mail to a mobile terminal. When the moving picture mail has arrived, the moving picture mail server notifies the mobile terminal that the moving picture mail has arrived. When the mobile terminal requests that the moving picture mail be transmitted, the moving picture mail is transmitted at a preset transmission rate. Buffering information of the moving picture mail fed from the mobile terminal is checked, and a new transmission rate is set according to a change of the buffering information. The moving picture mail is edited according to the newly set transmission rate, and a transmission operation is performed.
Abstract:
A system for routing electronic mails to one of a plurality of support persons in a processing center is disclosed. Each person has a skill set that is suitable for responding to a certain type of e-mails. The system comprises an e-mail server for receiving the e-mail from a sender, an information extractor for extracting relevant information from the e-mail, and a router for routing the e-mail. The system contains a database for storing information related to all persons who can answer e-mails. The system also contains a server for storing the history of all activities in the system. The router can make routing decisions and perform load-balancing and alert functions based on the information stored in the database and the server.
Abstract:
A system for balancing outbound dialing rate with agent utilization in a telephony call center, minimizing wait time for answered outdialed calls has a call number generating module for generating numbers to be automatically dialed, a dialing unit for dialing numbers generated, a queue for queing answered calls, and a stat module for monitoring performance and generating a call generation rate. The system uses an analytical method in one embodiment for determining the call generation rate, wherein the method uses one or more of distribution function of system processes, numerical methods, solving of non-linear equations, or probability techniques. In another embodiment the system accomplishes the same purpose using a simulation method for determining the call generation rate, wherein parameters relating to a queing system are estimated in absence of sufficient information by simulating each of the system's processes, predicting behavior of the system on basis of previous experience, and finding optimal point in future to make a next call.
Abstract:
A telephony call center system comprises an Internet connection adapted for receiving data from a WEB server, the data originating from the computer platform of a person browsing the Internet, including data identifying the browsing person, such as a telephone number, an IP address or the like, and indicating to the WEB server a desire of the browsing person to communicate with an agent at the call center. The communication desired may be (a) a request for an agent at the call center to receive a call from the browsing person, or (b) a request for a call to be placed to the browsing person from the call center. In both (a) and (b) the practical result is a telephone conference between the browsing person and an agent at the call center. In the first instance (a), in response to the data from the WEB server to the call center, the call center provides to the WEB server, for transfer to the browsing person via the Internet, necessary data for the browsing person to place an Internet Protocol Network Telephony (IPNT) call to the browsing person, utilizing Internet Telephony software at the browsing person's PC. The call center selects an agent, and initiates a watch for an arriving IPNT call from the browsing person. On arrival of the call, the call is routed to the selected agent. In the other instance (b), in response to the data, the call center enters the browsing person's information, determines the appropriate IP address, and places an IPNT call to the browsing person. When the call placed from the center is answered, it is switched to a selected agent.
Abstract:
An Internet Protocol Network Telephony call center having a plurality of agents for serving clients also processes e-mails addresses to the call center, but not to specific agents. An e-mail server receives and routes the e-mail, and includes a router and a database storing skill set information regarding agents. The router extracts information from the e-mails, matches key words in the extracted information with key words from the skill sets, and routes the e-mails to appropriate agents having the necessary skills to respond to the service requirements in the e-mails.