Computer based system for evaluating options in an eclectic array of product and service attributes in the travel services industry
The invention is a computer-based system for collecting, archiving, analyzing and distributing travel-related information which is comprised of an application programming interface (API) that provides scores and evaluations on travel amenities, duration and other flight attributes that can be integrated into the search engines and reservations systems of airlines and other travel service providers. The API computes scores (numerical, graphical and text) relating to customer satisfaction with various attributes of travel, including flight schedules and amenities and outputs data in such a way that integrators can display these in flexible ways for their customers to readily understand their options using icons, text or numerical means. Uniquely, the information is available to system integrators across multiple platforms and is available for all segments, legs and itineraries.
1 . A computer program product including a computer readable medium having computer program logic stored therein to enable a computer system and application programming interface (API) to collect sets of information on attributes of flights and flight amenities, to store this information and to provide the means to determine a numerical composite flight score, word scores and other quality indicators and evaluations and to provide a means for presenting said scores and quality indicators in numerical, textual and/or graphical forms for each segment and leg of an itinerary to potential users.
2 . The means of presenting said scores and quality indicators as in claim 1 to potential integrators including but not limited to travel reservations system providers, airlines, global distribution systems (GDS), Corporate Booking Tools and travel search services who in turn make said scores and indicators available to consumers through various search engines and travel service provider systems.
3 . An API of claim 1 that further provides a means for third parties across multiple platforms to integrate said scores and quality indicators into their own travel planning systems.
4 . An application programming interface (API) as in claim 1 that conforms to the JSON API specification.
5 . An API of claim 1 that is further comprised of a means to compute and display travel duration and to compare it to other flight schedules to determine a value relative to the shortest duration option.
6 . A means to determine flight scores and word scores as in claim 1 which is a composite of scores of various attributes formed as a linear combination with weighting factors derived from various inputs. Said over-all numerical score is on a scale of 1.0 to 10.0 where 10.0 is the best possible score.
7 . The computer program as in claim 1 that collects and stores flight amenities wherein said amenities include one or more of the following: entertainments options, Wi-fi availability, power outlets, and fresh foods.
8 . The computer program as in claim 1 that stores attributes of flight wherein said attributes include one or more of the following: aircraft designation, aircraft layout and seat attributes.
9 . An application programming interface (API) as in claim 1 that includes a means to adapt to the form and operating environment of the output devices.
10 . The computer program as in claim 1 wherein said means of presenting scores and quality indicators includes pop-up messages upon hovering over an icon or other reference point on the display.
11 . A computer system for travel planning comprising a computer and a computer readable medium having computer program logic stored therein to enable a computer system and application programming interface (API) to collect sets of information on attributes of airline flights and flight amenities, to store this information and to provide the means to determine composite flight scores, word scores and other quality indicators and to provide a means for presenting said scores and quality indicators in numerical, textual and/or graphical forms for each leg of an itinerary.
12 . The system of claim 11 that includes a means to adapt to the needs of potential integrators including but not limited to travel reservations system providers, airlines, global distribution systems (GDS), Corporate Booking Tools and travel search services who in turn make said scores and indicators available to consumers through various search engines and travel service provider systems.
13 . The system of claim 11 wherein the API further provides a means for third parties across multiple platforms to integrate said scores and quality indicators into their own travel planning systems.
14 . The system of claim 11 wherein the API conforms to the JSON API specification.
15 . The API of claim 11 that is further comprised of a means to compute and display travel duration and to compare it to other flight schedules to determine a value relative to the shortest duration option.
16 . The system of claim 11 in which a composite of scores of various attributes is formed as a linear combination with weighting factors derived from various inputs. Further, said composite flight score is on a scale of 1.0 to 10.0 where 10.0 is the best possible score.
17 . A system as in claim 11 wherein said means of presenting scores and quality indicators includes pop-up messages upon hovering over an icon or other reference point on the display.
18 . A method for collecting sets of information on attributes of airline flights and flight amenities, to store this information and to determine a set of objective evaluations of amenities that can subsequently be used to determine composite flight scores, word scores and other quality indicators and to provide a method for presenting said scores and quality indicators in numerical, textual and/or graphical forms for each leg of an itinerary.
19 . The method of claim 18 comprising an application programming interface (API) that includes a method to adapt to the needs of potential users (hereinafter referred to as system integrators) including but not limited to travel reservations system providers, airlines, global distribution systems (GDS), Corporate Booking Tools and travel search services available to consumers through various search engines and travel service provider systems. Said interface provides a means for system integrators to use different aspects of the system in different display options.
20 . The API of claim 1 that further provides a certification process for system integrators comprised of a method for identifying Match Rate Drivers and determining a Match Rate that is an indicator of matching flight segments with a specific flight cabin.