Sbc Technology Resources, Inc.

At&t Labs, Inc.

Southwestern Bell Technology Resources, Inc.

At&t Intellectual Property I, LP

Sbc Operations, Inc.

Harold C Fleischer, Iii

John E Simino

Michael W Boeckman

Brenda S Thompson

Gwen H Gaffney

Susan D Eiffert

James C Merlotti

Kenneth Robert Stroud

Laura Kay Culli

Bruce Allen Nance

M Lourdes Coronado

Michael Hanrahan

Louis Michael Morales

S James Merin

Carol Shifrin Gruchala

William E Plunkett

Judy Mandolini

Donald Austin

Brenda Thompson

Communications are routed in a communications network based on a location of a requesting party. A communication from the requesting party is received. A location of the requesting party is determined using a geographic address which defines the smallest of two of a set of multiple geographic areas defined by multiple available geographic addresses for the location of the requesting party. A communications destination address for the communication is selected, from multiple possible communications destination addresses, based on the location of the requesting party. The communication is forwarded to the selected communications destination address.

Advanced intelligent single telephone number routing

A dialed universal telephone number is translated into a toll free telephone number corresponding to a telecommunications relay service center in a telecommunications system. When the call is connected to the telecommunications relay service center, information that identifies the caller is reliably forwarded to the telecommunications relay service center.

Identification of calling devices dialing a universal number to access a telecommunications relay service center

A communication network element determines a service provider's routing preference for routing communications and routes these communications from an originating connection address to a destination connection address over a network. The communication network element includes a receiver configured to receive a signal, which comprises the originating connection address and the destination connection address. The communication network element also includes a processor that determines the service provider associated with at least one of the originating connection address and the destination connection address of the received signal. The processor also determines the routing preference associated with the service provider using routing data.

Local routing system and method

A method and system include routing telephone calls from multiple private networks via public lines and trunks in a public switched telephone network (PSTN) to a host switch, at which the connections would begin to run parallel. The host switch routes the telephone calls via a private trunk group to a private facility, such as an electronic tandem network (ETN) node or an asynchronous transfer mode (ATM) switch. If the private trunk group is full or unavailable, the host switch routes the telephone calls over alternate private or public trunk groups and selected carriers.

Method and system for processing telephone calls via a remote tie-line

A method for location-based communications routing includes determining a location of a requesting party in accordance with an address of the requesting party. Whether the location of the requesting party is in a first subscriber service area is determined and, when the location of the requesting party is not in the first subscriber service area, whether the location of the requesting party is in a second expanded subscriber service area larger than and including the first subscriber service area is determined. When the location of the requesting party is determined to be in the first subscriber service area, data corresponding to the first subscriber area is forwarded. When the location of the requesting party is determined to be in the second expanded subscriber service area, data corresponding to the second expanded subscriber service area is forwarded.

A method for location-based communications routing includes determining a location of a requesting party in accordance with an originating communications address of the requesting party. The method also includes determining whether the location of the requesting party is in a first subscriber service area and, when the location of the requesting party is not in the first subscriber service area, determining whether the location of the requesting party is in a second expanded subscriber service area larger than and including the first subscriber service area. When the location of the requesting party is determined to be in the first subscriber service area, a communication from the requesting party is forwarded to a routing communications address associated with the first subscriber service area. When the location of the requesting party is determined to be in the second expanded subscriber service area, the communication from the requesting party is forwarded to a routing communications address associated with the second expanded subscriber service area.

A telecommunications system determines a telecommunications service provider's routing preference for routing a call for a subscriber. The telecommunications system includes a storage that stores call routing data and a call routing service application for determining the routing preference using the call routing data. The call routing data includes an indicator that indicates when the subscriber subscribes to resold local switching services and when the subscriber subscribes to unbundled local switching services. The telecommunications system also includes a processor that executes the call routing service application, and that generates call routing instructions for routing the call according to the determined routing preference.

A method, system and computer readable medium are provided for defining a service area served by a service location of a telecommunications network customer. The method includes ascertaining a geographic designator of a geographic area. The geographic area includes a plurality of geographic sub-areas that each correspond to a geographic sub-designator. The method also includes determining whether any two of the plurality of geographic sub-areas are not served by the same service location. When any two of the plurality of geographic sub-areas are not served by the same service location, the service area is defined by only the sub-designators corresponding to the geographic sub-areas served by the service location. When each of the plurality of geographic sub-areas are served by the same service location, the service area is defined by the geographic designator.

A method and system for generating customer reports based on station message detail recording (SMDR) data includes a service control point (SCP) in a public switched telecommunications network (PSTN). The service control point samples calling data from multiple service switching points for calls originating from a private customer network, including centrex and PBX systems. The service control point interfaces with a front end processor and transmits the calling data. The front end processor formats the calling data into SMDR data, which is transmitted to a host central processing unit. The host generates reports regarding the SMDR calling data, the reports being accessible by a customer via a connection to a private customer network.

Method and system for generating call data reports

A telecommunications system includes a control point and a switching point for discounting a customer's billing for telephone calls completed in a wide area centrex/PBX network that includes an abbreviated dialing plan. The control point receives, from the switching point, a query that is generated based upon receiving a telephone call. The control point determines a call type code that is based upon a calling station type and a called station type. When the call type code is eligible for discounted billing, the control point generates a billing record of a first type for the call. The billing record of the first type is used to discount the billing for the call. The control point forwards, to the switching point, the billing record of the first type for the call. The switching point generates a billing record of a second type for the call and, when the call type code is eligible for discounted billing, the billing record of the first type is used to modify the billing record of the second type.

Billing for abbreviated dialing plan service

A telecommunications system determines a routing preference of a telecommunications service provider for a telephone call from a calling party to a called party. A switch in the telecommunications system includes a signal generator that generates a signal in response to receiving the telephone call. The signal includes a service variable and a telecommunications service provider identifier. The service variable indicates a subscription-type for a telephone number associated with the calling party or the called party. The signal is used to determine the routing preference at a service control point in the telecommunications system. The service control point receives the signal from the switch and determines the routing preference. The routing preference is forwarded to the switch. The switch receives the routing preference and routes the telephone call according to the routing preference.

A billing method and system include discounting a customer's billing for telephone calls completed in a wide area centrex/PBX network, which includes an abbreviated dialing plan. A service control point (SCP) determines a call type code based upon a calling station and a called station of a telephone call. The SCP determines whether the call type code is eligible for discounted billing. When the call type code is eligible, the SCP generates a unique billing record that is forwarded to a service switching point (SSP). The SSP receives the forwarded unique billing record and modifies the billing record to indicate that a discount should be applied to the billing for the call when the call is completed. When the SSP does not receive the unique billing record, it creates a normal billing record.

A method and system include restricting destinations of a telephone call from a calling station, which has been assigned a privilege class. A service control point (SCP) stores blocking tables, based on privilege classes, and a privilege class control table, which associates the blocking tables with each privilege class. The SCP ascertains the assigned privilege class of the calling station and determines whether the telephone call corresponds to one of the types of blocking tables. When the telephone call does correspond, the SCP determines whether the assigned privilege class corresponds to the blocking table that corresponds to the attempted call. When there is no privilege class correspondence, the SCP bypasses validation of the called number. When there is privilege class correspondence, the SCP validates the called number and blocks the call when the called number is validated or continues call processing when the called number is not validated.

Growing community of inventors

San Antonio, TX, United States of America

Harold C Fleischer, Iii