Abstract: An approach for collecting log information for a plurality of services according to a common format for a connector string, each service running at least one instance of a process, parsing the log information in relation to a key map, and storing the parsed information in a database.

Abstract: Systems and methods may include generating, using keypad letter mapping, a plurality of alphabet strings corresponding to digits of a telephone number; identifying, for one or more of the alphabet strings, a sequence of letters forming at least one term; calculating, using a metric, a value of the at least one term; and storing, in association with the telephone number in a database, the one or more of the alphabet strings for which an associated value exceeds a particular threshold.

Abstract: The apparatus, methods and systems for a smart address parser (hereinafter, “SAP”) described herein implement a text parser whereby users may enter a text string, such as manually via an input field. The SAP processes the input address string to extract address elements for storage, display, reporting, and/or use in a wide variety of back-end applications. In various embodiments and implementations, the SAP may facilitate: separation and identification of address components regardless of the order in which they are supplied in the input address string; supplementation of missing address information; correction and/or recognition of misspelled terms, abbreviations, alternate names, and/or the like variants of address elements; recognition of unique addresses based on minimal but sufficient input identifiers; and/or the like.

Abstract: A device may include a memory and a processor. The memory may be configured to store a regular address database and store a translated address database. The processor may be configured to perform a lookup, in the regular address database, of a regular address that corresponds to a working address. In addition, the processor may be further configured to determine whether the working address is qualified to be converted into an address comprising aliases that correspond to terms in the working address when the regular address is not found in the translated address database, and convert the working address to generate a first translated address when the working address is qualified to be converted.

Abstract: Exemplary information systems and methods for storing information in a central data store are disclosed. An exemplary method may include providing a central data store including data for use in a plurality of environments, with the central data store selectively transmitting a portion of the data to a synchronized application associated with at least one of the environments. The method further includes establishing configurable instructions included in the central data store defining at least one synchronization parameter associated with the synchronized application, and modifying at least one of the synchronization parameters via the central data store according to a communication received from the synchronized application.

Abstract: A network device receives a geographic location of a mobile device. The network device accesses a database to identify addresses within a distance parameter of the received geographic location, and retrieves attributes associated with the identified addresses from the database, wherein the attributes comprise attributes associated with one or more network services provided to customers from a network service provider. The network device sends the identified customer addresses and the retrieved network service attributes to the mobile device.

Abstract: An approach is provided for providing a user with a ranked list of possible physical addresses in response to an address submitted by the user. An address submitted by a user is parsed and a number of possible candidate addresses are generated from the user provided address. The quality of the candidate addresses is ranked according to the quality of their individual address elements and factors applied to these elements. An overall quality score for each candidate address is thereby derived.

Abstract: A device may include a memory, line cards, and a processor. The memory may include an address database for storing sub-location addresses. The line cards may be configured to communicate with other devices. The processor may be configured to receive a request to reconcile physical addresses from a network device, retrieve sub-location addresses from the database based on the request, determine whether each of the sub-location addresses can be deleted from the database based on association between the sub-location address and a physical device, and, for each of the sub-location addresses, delete the sub-location address from the database based on the determination.

Abstract: A device may include a memory and a processor. The memory may be configured to store a regular address database and store a translated address database. The processor may be configured to perform a lookup, in the regular address database, of a regular address that corresponds to a working address. In addition, the processor may be further configured to determine whether the working address is qualified to be converted into an address comprising aliases that correspond to terms in the working address when the regular address is not found in the translated address database, and convert the working address to generate a first translated address when the working address is qualified to be converted.

Abstract: The apparatus, methods and systems for a smart address parser (hereinafter, “SAP”) described herein implement a text parser whereby users may enter a text string, such as manually via an input field. The SAP processes the input address string to extract address elements for storage, display, reporting, and/or use in a wide variety of back-end applications. In various embodiments and implementations, the SAP may facilitate: separation and identification of address components regardless of the order in which they are supplied in the input address string; supplementation of missing address information; correction and/or recognition of misspelled terms, abbreviations, alternate names, and/or the like variants of address elements; recognition of unique addresses based on minimal but sufficient input identifiers; and/or the like.

Abstract: The apparatus, methods and systems for a truncated postal code smart address parser (hereinafter, “SAP”) described herein implement a text parser whereby users may enter a text string, such as manually via an input field. The SAP processes the input address string to extract address elements for storage, display, reporting, and/or use in a wide variety of back-end applications.

Abstract: A method includes receiving Local Exchange Routing Guide (LERG) telephone number (TN) data; comparing the LERG TN data with telephone service provider (TSP) TN data; determining whether one or more differences exist between the LERG TN data and the TSP TN data based on the comparing; generating one or more executable statements for updating the one or more differences that exist based on the comparing; and executing the one or more executable statements to match the TSP TN data with the LERG TN data.

Abstract: Exemplary information systems and methods for storing information in a central data store are disclosed. An exemplary method may include providing a central data store including data for use in a plurality of environments, with the central data store selectively transmitting a portion of the data to a synchronized application associated with at least one of the environments. The method further includes establishing configurable instructions included in the central data store defining at least one synchronization parameter associated with the synchronized application, and modifying at least one of the synchronization parameters via the central data store according to a communication received from the synchronized application.

Abstract: A device receives a request from an Internet Protocol (IP)-based device to create a virtual extension of a plain old telephone service (POTS)-based telephone line, authenticates the IP-based device for association with the POTS-based telephone line, and creates the virtual extension of the POTS-based telephone line to the IP-based device when the IP-based device is authenticated.