Brian Jeffrey OLLENBERGER - Brentwood CA, US Lisa Anne Silveria - San Francisco CA, US Richard Thor Denmark - San Francisco CA, US
Assignee:
CONCUR TECHNOLOGIES, INC. - REDMOND WA
International Classification:
G06F 17/30
US Classification:
707692, 707E17005
Abstract:
Method and system for detecting possible duplicate travel path information, comprising: obtaining a set of travel paths with at least two travel paths from a travel path database in communication with a processor, the processor, breaking each travel path into at least one segment, wherein the at least one segment comprises a single unit of travel with an origin and a destination; the processor, comparing each leg in each travel path to each leg in every other travel path in the set of travel paths to determine whether any travel paths are duplicates by determining whether any segments in any legs are similar by determining whether any segments have the same origin and/or the same destination as other segments in other legs in the set of travel paths, and listing any segment paths that are possible duplicates.
System And Method For Integrated Travel And Expense Mangement And Detecting Duplicate Travel Path Information
BRIAN OLLENBERGER - BRENTWOOD CA, US LISA SILVERIA - SAN FRANCISCO CA, US RICHARD DENMARK - SAN FRANCISCO CA, US JOSEPH DUNNICK - MAIDENHEAD, GB VALERY GORODNICHEV - VERNON HILLS IL, US JEANNINE ARMSTRONG - GREENLAW NY, US
Assignee:
CONCUR TECHNOLOGIES, INC. - REDMOND WA
International Classification:
G06Q 40/00
US Classification:
705 6
Abstract:
Methods and systems may retrieve travel data records corresponding to travel requests; retrieve expense data records reflecting expense transactions, compare the expense data records to the travel data records, and determine a likelihood that the expense data records match the travel data records. Methods and systems may also detect possible duplicate travel path information by obtaining a set of travel paths with at least two travel paths, breaking each travel path into at least one segment comprising a single unit of travel with an origin and a destination, comparing each leg in each travel path to each leg in every other travel path to determine whether any travel paths are duplicates, and listing any segment paths that are possible duplicates.
Method And Systems For Detecting Duplicate Travel Path
Michael FREDERICKS - Fairfax VA, US Keith MOFFATT - Newcastle WA, US Brian Jeffrey OLLENBERGER - Brentwood CA, US Lisa Anne SILVERIA - San Francisco CA, US Richard Thor DENMARK - San Francisco CA, US Michael LORE - Vienna VA, US
A system and method comprising: receiving itinerary data from at least two sources; identifying a traveler associated with the itinerary data; and adding information about the identified traveler to the itinerary data.
Method And System For Detecting Duplicate Travel Path Information
- REDMOND WA, US Lisa Anne SILVERIA - San Francisco CA, US Richard Thor DENMARK - San Francisco CA, US
International Classification:
G06F 17/30
Abstract:
Methods and systems for detecting a likelihood that a travel path is a correct travel path of a user using possible duplicate travel path information. A set of travel paths comprising at least two travel paths is obtained. Any paths that break up more than one reservation are removed. Each travel path is broken into at least one leg. Each leg in each travel path is compared to each leg in every other travel path to determine whether any travel paths are duplicates. A likelihood that each of the at least two travel paths is the correct travel path is determined using information about whether any of the at least two travel paths are duplicates.
- Redmond WA, US Keith MOFFATT - Newcastle WA, US Brian Jeffrey OLLENBERGER - Brentwood CA, US Lisa Anne Silveria - San Francisco CA, US Richard Thor Denmark - San Francisco CA, US Michael LORE - Vienna VA, US
Assignee:
Concur Technologies, Inc. - Redmond WA
International Classification:
G06F 17/30
US Classification:
707736
Abstract:
A system and method comprising: receiving itinerary data from at least two sources; identifying a traveler associated with the itinerary data; and adding information about the identified traveler to the itinerary data.