Carmel Connection, Inc.

Calumet Keweenaw LLC

Jack H Chang

Raymond L Tong

The present invention manages a messaging network having messaging platforms interconnecting through a switched backbone such as the Internet. The master platform monitors each messaging platform on the messaging network and administers the addition, deletion, and updating of messaging platforms by modifying a master global routing table in the event the master platform encounters changes to the status of the messaging platforms. In the event that the master global routing table is updated, the global routing table held at each messaging platform is also updated, ensuring version consistency between said master global routing table and each of the global routing tables. This enables the master platform and each messaging platform to determine the operational status of another messaging platform. The present invention may also provide a cost tracking scheme when delivering messages between messaging platforms that are owned by different entities. This avoids use agreements between messaging platform owners and owners of networks which are connected to the messaging platforms. The cost for each network message delivery is measured in tokens. The present invention may also include a post office function that enables a master platform to receive and store a status message destined for a messaging platform which does not have an active connection to the messaging network or is in a non-operational state. The present invention may also include an information delivery service that delivers a message from at least one source outside of the messaging network to a subscriber via the subscriber's messaging platform regardless of whether the messaging platform has a dedicated or dial-up connection.

System and method for managing multimedia messaging platforms

A messaging network has a plurality of messaging platforms interconnected through a switched backbone, such as the Internet. A master platform can receive and store status messages destined for a messaging platform that does not have an active connection to the messaging network or is in a non-operational state. In one embodiment, a messaging platform requests information from an information source outside the messaging network. The master platform sends the information request message to the information source and receives a response message therefrom. The response message is sent to the requesting messaging platform. In another embodiment, messages may be transformed into a format specified by the subscriber and delivered thereto.

In a first aspect of the present invention, at least one communication platform is networked to a switched backbone, such as the network commonly referred to as the Internet, and is configured to communicate with and manage at least one network interface, such as a private branch exchange (PBX), and a voice communication module so as to provide telecommunication services that includes voice-over-IP communication between or among communication platform users and call-holding, transferring, forwarding, conferencing, and the like (PBX-like features). The communication platform networked through the switched backbone with other communication platforms. The communication platform is networked to the switched backbone through a first network interface and to telephone lines driven by PBX equipment through a PBX network interface and/or to a telephone compatible network such as a public switched telephone network (PSTN) through a telephone network interface. Additional network interfaces may be included to support additional networks such as a local area network separately or in conjunction with other described networks. The communication platform manages the network interfaces, the voice communication module, and the PBX equipment through program control so as to provide telecommunication services which includes providing voice communication between a first user and a second user and PBX-like features. Each user may be on different networks that are networked to the switched backbone via the network interfaces.

System and method for providing communication on a wide area network

The invention is an apparatus and method for receiving a message having a first format and for converting the message from the first format to a second format that is compatible for reception by a messaging interface having a destination address corresponding to an intended recipient. In the preferred embodiment, a computer system is used to receive and send messages between messaging interfaces and networks which may be dissimilar from each other. A variety of network interfaces is used to communicate with the networks and which may optionally have a first interface and a second interface for interfacing to a first and second network, respectively. The messages may optionally be presented through a web page. A forwarding program or equivalent may be used to forward subscriber messages to or from remote locations served by a remote computer system, enabling a messaging user to use the remote computer system as a local access point. A browser interface may be optionally used to control messages presented by the computer system on a real-time basis using hyperlink commands. The computer system may also be used in conjunction with: a recipient notification program or equivalent device that determines when a recipient is logged on to a network and if so, provides any messages stored in the recipient's mailbox to the recipient; a connection notification program or equivalent device that notifies the computer system that a recipient is logged on to a network so that the computer system can send messages stored in the recipient's mailbox, if any; and an apparatus and method for sending and receiving a destination address including Internet addresses using a DTMF generator such as a standard telephone keypad.

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Sunnyvale, CA, United States of America

Jack H Chang