Abstract: A method and system are disclosed that enable performance improvements by reallocating to client endpoints at least some of the feature functionality of a server. Each logical user in the system is represented by his own private domain of endpoint entities, from which an endpoint is selected to serve as a super peer to represent the user to the centralized server. Furthermore, one or more endpoints in the private domain of endpoints handle some of the telecommunications features that the server otherwise would have handled. An endpoint that needs to access a particular feature determines the best endpoint to handle the feature, in part by querying the other endpoints in the private domain. If the querying endpoint wants to subscribe to a feature that is located at an endpoint in the private domain, the querying endpoint interacts with the relevant endpoint without requiring the further assistance of a server.

Abstract: A method is disclosed that enables an improvement in the scalability of a centralized server by reallocating to the client endpoints some, but not all, of the feature functionality of the server. Each logical user in the system is represented by his own private domain of endpoint entities, from which an endpoint is selected to serve as a super peer to represent the user to the centralized server. Furthermore, a designated endpoint is selected, also from the private domain of devices, to handle some of the telecommunications features that the server otherwise would have handled. Each endpoint in the private domain is permitted to have limited direct access to the server, typically for the purposes of registering and subscribing to features, in addition to and in contrast with the indirect access through the super peer. During the subscribing process, the server redirects a subscribing endpoint to the designated endpoint that is handling the feature.

Abstract: A method and system are disclosed that enable performance improvements by reallocating to client endpoints at least some of the feature functionality of a server. Each logical user in the system is represented by his own private domain of endpoint entities, from which an endpoint is selected to serve as a super peer to represent the user to the centralized server. Furthermore, one or more endpoints in the private domain of endpoints handle some of the telecommunications features that the server otherwise would have handled. An endpoint that needs to access a particular feature determines the best endpoint to handle the feature, in part by querying the other endpoints in the private domain. If the querying endpoint wants to subscribe to a feature that is located at an endpoint in the private domain, the querying endpoint interacts with the relevant endpoint without requiring the further assistance of a server.

Abstract: A method is disclosed that enables an improvement in the scalability of a centralized server by reallocating to the client endpoints some, but not all, of the feature functionality of the server. Each logical user in the system is represented by his own private domain of endpoint entities, from which an endpoint is selected to serve as a super peer to represent the user to the centralized server. Furthermore, a designated endpoint is selected, also from the private domain of devices, to handle some of the telecommunications features that the server otherwise would have handled. Each endpoint in the private domain is permitted to have limited direct access to the server, typically for the purposes of registering and subscribing to features, in addition to and in contrast with the indirect access through the super peer. During the subscribing process, the server redirects a subscribing endpoint to the designated endpoint that is handling the feature.

Abstract: A method for manipulating billing and payment information comprising the steps of: loading billing information stored at a local location; accessing retained criteria; formatting field information within a data record automatically; acting on the retained criteria; displaying the formatted field information; and operating on the formatted field information.

Abstract: A Predictive IAWD (Pre-IAWD) initially assigns inbound work to an agent in a group of agents based on a dynamically generated prediction of work completion time. The Pre-IAWD initially assigns the work to the agent having the highest likelihood of completing the work first in the group of agents, based on a prediction generated by a Pre-IAWD algorithm based on dynamically measured factors, such as a current work load of each agent, a priority of the work, and an experience level and skill set of each agent. A Proactive IAWD (Pro-IAWD) reassigns work initially assigned to agents by the Pre-IAWD based on a set of predetermined rules, to maintain an equitable work load across the agent group.

Abstract: A method and apparatus are disclosed for delivering enhanced messages to a calling party. A message document address is provided to the calling party that is a pointer or hyperlink to a message document containing a message for the calling party, such as a uniform resource locator (URL) identifying an Internet document. The calling party may receive a message, e.g., when the called party is not available or containing a list of user-specific menu options in an IVR system. The message document can be (i) a static document created; (ii) a default document created; or (iii) a dynamically generated document based on one or more rules that alter the content of the document based on various characteristics of the calling party or the call (or both). The presentation of the message document address to the user can be conditioned upon the satisfaction of one or more rules, such as when the called party is unavailable or based on one or more predefined characteristics of the calling party or the call (or both).

Abstract: A method and apparatus are disclosed for delivering messages to one or more intended recipients based on the presence, preferences or location of the recipient(s). Text-based messages, such as instant messages, can be delivered to one or more intended recipients by means of (i) a voice call to a voice-capable device associated with the recipients; (ii) a voice mail message to a voice mail box associated with the recipients; or (iii) a text or voice message, as appropriate, that is delivered upon the availability of one or more intended recipients. An instant message originating as a text message is converted to speech, if necessary, before being delivered to the intended recipient. The speech corresponding to the text of the message is played out once the call is answered or once the voice mail message is retrieved. The invention thus enables the delivery of messages to be routed and scheduled based on the location and availability of the intended recipient.

Abstract: A method and apparatus are disclosed for delivering enhanced caller identification services to a called party. Caller ID information is extended to include a user document address that is a pointer or hyperlink to a user document containing additional information about the calling party. The user document address may be, for example, a uniform resource locator (URL) identifying an Internet document or a database address identifying a database document or entry. The user document generally contains information that the calling party would like to be presented to the called party and may be stored by the called party or accessed over a network. The user document can be (i) a static document; (ii) a document created in accordance with predefined default document content rules; or (iii) a dynamically generated document based on one or more rules that alter the content of the document.

Abstract: A call center, including a PBX/ACD and a CTI server, is provided to route both voice and video calls to a single group of agents. A modem call from an end-point terminal is used to initiate and prepare a video call. Upon receiving an inbound voice or a modem call, the PBX/ACD passes ANI and DNIS to the CTI server. In response to the inbound voice or video call, the CTI server selects a group of agents capable of handling the inbound call, and sends routing information to the PBX/ACD so that the ACD can route the inbound call to the selected group of agents. Before an inbound call is routed to an agent, the CTI server generates a flag to indicate the nature of the inbound call. If the flag indicates a video call initiated by a modem call, a modem at the agent's side will respond to the modem call from the end-point terminal, and a separate ISDN call is then made to establish a video connection. If the flag indicates a voice call, a telephone set at the agent's side will simply ring.