Boston Technology, Inc.

Allen T Arumainayagam

Robert F Penfield

Scott A Jones

Donald F Picard

Stephen Gerard Reppucci

Richard E Cohen

Amitava Mukherjee

Anthony N Deigh

Jose Capo

A system and method that implements a network of voice mail systems using a telephone network. Each node of the network queues voice messages to be sent to remote locations in a voice mailbox created for that remote location until a scheduled time for sending messages to that remote location. When the messages are sent, conventional telephone lines of the telephone network are used by dialing through the public telephone network to establish a node to node connection. When the connection is established, the messages in the queue are transferred over the telephone network in either analog or digital form. Multiple message processors in each node can allow multiple connections and simultaneous transmission and receipt of messages between nodes.

Voice mail network and networking method

Storage locations, such as voice mailboxes are addressed on a plurality of widely distributed host systems, connect via a network, by defining logical domains Bach of which may include storage locations on more than one host system. The domains are defined by address tables which indicate which host systems provide ranges of address locations. Transfer of data between domains is simplified by the use of translation tables. One type of translation table is an alias table which has entries containing a range in the originating domain, a new domain and a starting point for a range in the new domain, thus defining a one-to-one correspondence between the ranges in the two domains. Another translation table is a gateway table which defines a gateway to a new domain when an input address has characteristics matching a prefix, number of digits, or both, of an entry in the gateway table. Upon finding the closest possible match in the gateway table, the portion of the input address after the prefix, if any, is used as the address in the new domain.

Multi-system network addressing

An integrated services platform for a telephone communication system includes a plurality of application processing ports for providing different types of information services through the telephone communication system. A master control unit and a high speed digital switch control processing of incoming phone calls to recognize the type of service being requested by a subscriber and non-subscriber, and route the call to the appropriate application processing port which is capable of providing the requested service. Application processing ports can be provided to implement a number of information services including videotex, voice, speech synthesis, E-mail, facsimile store and forward, speech recognition, telex, residential call answering, business voice messaging, home shopping, classified advertising, trucking dispatch, doctor's register and automated attendant. In this manner, a centrally located services platform can be provided to provide a number of different types of service to the user.

Integrated services platform for telephone communication system

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Malden, MA, United States of America

Allen T Arumainayagam