System and Method For Travel Planning

• US 20080046298A1
• Filed: 07/31/2005
• Published: 02/21/2008
• Est. Priority Date: 07/29/2004
• Status: Abandoned Application

• Current Assignee: Nir Yaron, Tal Shem-Tov, Ziv Ben-Yehuda
• Original Assignee: Nir Yaron, Tal Shem-Tov, Ziv Ben-Yehuda
• Inventors: Ben-Yehuda, Ziv, Shem-Tov, Tal, Yaron, Nir
• Application Number:
  US11/572,823
• Publication Number:
  US 20080046298A1
• Time in Patent Office: Days
• US Class Current: 705/6
• CPC Class Codes: G06Q 10/025 Coordination of plural reservations, e.g. plural trip segments, transportation combined with accommodation
• CPC Class Codes: G06Q 10/109 Time management, e.g. calendars, reminders, meetings or time accounting
• CPC Class Codes: G08G 1/0968 Systems involving transmission of navigation instructions to the vehicle
• CPC Class Codes: G08G 1/096811 where the route is computed offboard
• CPC Class Codes: G08G 1/096838 where the user preferences are taken into account or the user selects one route out of a plurality
• CPC Class Codes: G08G 1/096866 where the complete route is shown to the driver

Abstract

Methods, systems and computer readable code for travel planning are provided. According to some embodiments, a travel planning engine schedules a plurality of activities within one or more time intervals and generates a travel plan, where each activity is associated with a physical location and optional time parameters. Alternatively or additionally, the travel planning is implemented by receiving manual travel planning directives through a user interface. According to some embodiments, the activities are scheduled so as to satisfy specific constraints and/or travel benefit parameters. According to some embodiments, the travel plan includes information about traveling between relevant locations. Some embodiments of the present invention include a method of comparing and/or presenting a plurality of travel options, wherein each travel option is associated with a respective mode of transportation. Some embodiments of the present invention provide a system, method or computer readable code for customizing a travel itinerary for a traveler. Some embodiments of the present invention provide a system, method or computer readable code for presenting information about pricing of at least three targeted travel services on a single screen including a plurality of distinct bundling combinations.

Claims

1. ) A system for generating a travel plan, the system comprising.

a) a storage for storing data about a plurality of recreational activities, each respective said recreational activity associated with a respective physical location;

b) an access interface for receiving at least one time interval; and

c) a travel planning engine for generating a travel plan, wherein said generating includes computing a schedule of a selected sub-plurality of said recreational activities within said at least one time interval.

2. ) The system for generating a travel plan of claim 1 wherein a plurality of said scheduled recreational activities are each associated with substantially a different physical location.

3. ) The system for generating a travel plan of claim 1 wherein said schedule is computed in accordance with distances between said respective physical locations of said recreational activities.

4. ) The system for generating a travel plan of claim 1 wherein at least one said recreational activity is a recreational tourism activity.

5. ) The system for generating a travel plan of claim 1 wherein said computing of said schedule includes at least one computation selected from the group consisting of selecting a location of said recreational activity, computing a starting time of said recreational activity, computing a finishing time of said recreational activity, and determining a duration of said at least one recreational activity.

6. ) The system for generating a travel plan of claim 1 wherein said computing of said schedule includes deciding whether or not to schedule a candidate said recreational activity.

7. ) The system for generating a travel plan of claim 1 wherein said computing of said schedule includes effecting a scheduling decision.

8. ) The system for generating a travel plan of claim 1 wherein a starting time of at least one said recreational activity is a free parameter, and said computing of said schedule includes determining said starting time.

9. ) The system for generating a travel plan of claim 1 wherein said sub-plurality of recreational activities includes distinct recreational activities.

10. ) The system for generating a travel plan of claim 1 wherein said sub-plurality of recreational activities includes recreational activities from a plurality of recreational activity categories.

11. ) The system for generating a travel plan of claim 1 wherein a time parameter associated with a respective recreational activity is stored in said activity parameter storage.

12. ) The system for generating a travel plan of claim 11 wherein said time parameter is selected from the group consisting of a set of opening hours, a set of one or more starting times, and a duration time.

13. ) The system for generating a travel plan of claim 1 wherein at least one said recreational activity is substantially a localized activity.

14. ) The system for generating a travel plan of claim 1 wherein said substantially localized activity is localized within a specific location within a city.

15. ) The system for generating a travel plan of claim 1 wherein a duration of a scheduled said recreational activity is determined by said travel planning engine in accordance with a duration parameter received through said access interface.

16. ) The system for generating a travel plan of claim 1 wherein said activity parameter storage is operative to store a predicted duration parameter of a said recreational activity.

17. ) The system for generating a travel plan of claim 1 wherein said activity parameter storage is operative to store a probabilistic duration parameter of a said recreational activity.

18. ) The system for generating a travel plan of claim 1 wherein said scheduling of said recreational activities includes determining a duration of at least one said recreational activity.

19. ) The system for generating a travel plan of claim 1 wherein said travel planning engine is operative to compute a daily schedule said daily schedule including a plurality of said selected recreational activities.

20. ) The system for generating a travel plan of claim 1 wherein said travel planning engine is operative to compute said schedule with a granularity of at most three hours.

21. ) The system for generating a travel plan of claim 1 wherein said travel planning engine is operative to compute said schedule with an hourly granularity.

22. ) The system for generating a travel plan of claim 1 wherein said travel planning engine is operative to determine a duration of at least one said recreational activity.

23. ) The system for generating a travel plan of claim 1 further comprising:

d) an output device for outputting said computed schedule.

24. ) The system for generating a travel plan of claim 1 wherein said access interface is further operative for manual scheduling of at least one selected said recreational activity within said at least one time interval.

25. ) The system for generating a travel plan of claim 24 wherein said access interface provides access to a plurality of scheduling scenarios.

26. ) The system for generating a travel plan of claim 24 wherein said computing of said schedule is in accordance with said manual scheduling of said at least one selected said recreational activity.

27. ) The system for generating a travel plan of claim 1 wherein said travel planning engine includes an activity selection engine and said selection said of sub-plurality is carried out at least in part in accordance with a selection computed by said activity selection engine.

28. ) The system for generating a travel plan of claim 27 wherein said selection is carried out at least in part in accordance with a user preference.

29. ) The system for generating a travel plan of claim 27 wherein said activity selection engine is operative to select sub-plurality in accordance with a geographic location of at least one said recreational activity.

30. ) The system for generating a travel plan of claim 29 wherein said activity selection engine is operative to select sub-plurality in accordance with a proximity parameter of a first said recreational activity relative to a second said recreational activity.

31. ) The system for generating a travel plan of claim 27 wherein said selection is carried out at least in part in accordance with a rating of a said tourism activity.

32. ) The system for generating a travel plan of claim 27 wherein said selection is carried out in accordance with said computed schedule.

33. ) The system for generating a travel plan of claim 27 wherein a selection of a first said recreational tourism activity is carried out in accordance with a second selected said recreational tourism activity.

34. ) The system for generating a travel plan of claim 27 wherein said selection of said sub-plurality is effected in accordance with an activity category mixture directive.

35. ) The system for generating a travel plan of claim 27 wherein said selection of said sub-plurality is carried out in accordance with ratings of said recreational activities.

36. ) The system for generating a travel plan of claim 1 wherein said computing of said schedule is carried out in accordance with ratings of said recreational activities.

37. ) The system for generating a travel plan of claim 1 wherein said scheduling of said sub-plurality is effected in accordance with an activity category mixture directive.

38. ) The system for generating a travel plan of claim 37 wherein said activity mixture directive is a directive to schedule at least a minimum number or at most a maximum number of said recreational activities from a given activity category.

39. ) The system of claim 1 wherein said travel planning engine is operative to compute a plurality of said schedules for a plurality of individuals who are together at a time related to at least one said time period.

40. ) The system of claim 39 wherein said plurality of schedules is computed in accordance with competing preferences of respective said individuals.

41. ) The system of claim 39 wherein said preferences are selected from the group consisting of budget preferences, activity type preferences, and activity duration preferences.

42. ) The system of claim 1 wherein said access interface is operative to receive additional travel planning directives and said schedule is computed in accordance with said received additional travel planning directives.

43. ) The system of claim 42 wherein said information about a relationship between constraints and said received additional planning directives is transmitted through said access interface.

44. ) The system of claim 43 wherein said constraints are selected from the group consisting of hard constraints, soft constraints and time-periodic constraints.

45. ) The system of claim 1 wherein for at least one said activity, said time parameters include a predetermined start time.

46. ) The system of claim 1 wherein said access interface is operative to receive activity user preferences.

47. ) The system of claim 1 wherein said travel planning engine includes a constraint handler, and said travel planning engine is operative to effect an operation selected from the group consisting of said computing of said scheduling and said selection of said sub-plurality in accordance with at least one travel constraint.

48. ) The system of claim 47 wherein at least one said constraint is selected from the group consisting of a resources constraint, budget constraint, an absolute requirement constraint, appointments that cannot be changed, availability to the public, a time constraint, a location constraint, a daylight hours constraint, a traffic constraint, an availability constraint, activity availability constraint and activity support activity constraint, a dietary constraint, a food spoilage constraint, a estimated crowd constraint, a child friendliness constraint, a safety constraint, an opening hours constraint, a calorie constraint, and a weather constraint.

49. ) The system of claim 48 wherein absolute requirement constraint is received through said access interface.

50. ) The system of claim 47 wherein said constraint is selected from the group consisting of a soft constraint and hard constraint.

51. ) The system of claim 1 wherein said access interface is operative to receive information for determining at least in part a said constraint.

52. ) The system of claim 1 wherein said scheduling is effected in accordance with activity pricing and/or activity support pricing.

53. ) The system of claim 52 wherein said travel planning engine is operative to access a travel commodities cost database.

54. ) The system of claim 52 wherein said planning engine is operative to identify and schedule free activities in order to schedule activities for a subset of said time period.

55. ) The system of claim 52 wherein said travel planning engine is operative to handle travel product bundling pricing.

56. ) The system of claim 1 wherein said travel planning engine includes a constraint handler, and said travel planning engine is operative to effect an operation selected from the group consisting of said computing of said scheduling and said selection of said sub-plurality in accordance with a value of at least one travel benefit parameter.

57. ) The system of claim 56 wherein said at least one travel benefit parameter is a plurality of competing said travel benefit parameters.

58. ) The system of claim 56 wherein said travel benefit parameter is selected from the group consisting of an activity benefit parameter and an activity support benefit parameter.

59. ) The system of claim 1 wherein at said parameter is a priority parameter of at least one said recreational activity.

60. ) The system for generating a travel plan of claim 1 wherein said scheduling system is distributed at least in part over a computer network.

61. ) The system for generating a travel plan of claim 1 wherein said scheduling system is distributed at least in part over a computer network.

62. ) The system for generating a travel plan of claim 61 wherein said storage device is distributed over a plurality of devices, the system further comprising:

d) a synchronization mechanism operative to synchronize data between said plurality of devices.

63. ) The system of claim 60 wherein said access interface resides on a plurality of networked devices.

64. ) The system of claim 63 wherein at least one said networked device is a wireless device.

65. ) The system of claim 64 wherein said wireless device includes a location positioning system.

66. ) The system for generating a travel plan of claim 64 wherein said wireless device is selected from the group consisting of a PDA, a cell phone and a personal computer.

67. ) The system of claim 1 wherein said travel planning engine is operative to update said schedule in accordance with a plurality of travel feedback parameters.

68. ) The system of claim 67 wherein at least one said travel feedback parameter is selected from the group consisting of a detected event, an updated user preference, and an user-effected scheduling of a said recreational activity.

69. ) The system of claim 1 wherein said travel planning engine is operative to analyze a plurality of scheduling scenarios.

70. ) The system of claim 1 wherein said access interface is operative to effect a manual scheduling of at least one said recreational activity.

71. ) The system of claim 70 wherein said travel planning engine is operative to compute said schedule in accordance with said manually scheduled recreational activity.

72. ) The system of claim 70 wherein said access interface is further operative to present scheduling suggestions derived from a said computed schedule.

73. ) The system of claim 70 wherein the system is operative to schedule said recreational activities iteratively, each said iteration including a said manual scheduling and a said computed scheduling.

74. ) The system of claim 1 further comprising.

d) a data acquisition system for acquiring data related to said recreational activities.

75. ) The system of claim 74 wherein said data acquisition system is operative to acquire a live feed of said data.

76. ) The schedule of claim 75 further comprising.

e) an alert system, for alerting a user of updated information related to a said recreational activity.

77. ) The scheduling of claim 1 wherein said travel planning engine is operative to schedule a said recreational activity having a non-definite feasibility.

78. ) The system for generating a travel plan of claim 1 wherein said travel engine is operative to compute said schedule in accordance with a geographic location of a said recreational activity.

79. ) The system for generating a travel plan of claim 78 wherein said travel engine is operative to compute said schedule in accordance with a proximity parameter of a first said recreational activity relative to a second said recreational activity.

80. ) The system for generating a travel plan of claim 1 wherein said travel plan includes information about traveling along one or more routes between a first said recreational activity and a second said recreational activity.

81. ) The system for generating a travel plan of claim 80 wherein at least one said route is at least in a part a public transportation route, and said information includes public transportation information about traveling along said public transportation route using public transportation.

82. ) The system for generating a travel plan of claim 81 wherein said public transportation information includes at least one of information about transferring between one mode of transportation and another mode of transportation, information about multi-leg train routes, information about multi-leg bus routes, information about navigation within a public transportation terminal, information about navigation within an airport, and information about proximity between a public transportation station and a said recreational activity.

83. ) A scheduling system comprising:

a) a storage for storing data about a plurality of recreational activities, each respective said recreational activity associated with a respective physical location;

b) an access interface for receiving at least one time interval; and

c) a travel planning engine for generating a travel plan, wherein said generating includes making a schedule of a selected sub-plurality of said recreational activities within said at least one time interval, wherein said travel plan includes public transportations directions from one said recreational activity to another said recreational activity.

84. ) The system for generating a travel plan of claim 83 wherein at least one said route is at least in a part a public transportation route, and said information includes public transportation information about traveling along said public transportation route using public transportation.

85. ) The system for generating a travel plan of claim 85 wherein said public transportation information includes at least one of information about transferring between one mode of transportation and another mode of transportation, information about multi-leg train routes, information about multi-leg bus routes, information about navigation within a public transportation terminal, information about navigation within an airport, and information about proximity between a public transportation station and a said recreational activity.

86. ) A method of generating a travel plan, the method comprising:

a) receiving data about a plurality of recreational activities, each respective said recreational activity associated with a respective physical location,

b) receiving at least one time interval; and

c) generating the travel plan, wherein said generating includes computing a schedule of a selected sub-plurality of said recreational activities within said at least one time interval.

87. ) The method of claim 86 wherein said data is stored in a storage, said storage comprising at least one of volatile memory and non-volatile memory.

88. ) A computer readable storage medium having computer readable code embodied in said computer readable storage medium, said computer readable code for generating a travel plan, said computer readable code comprising instructions for:

a) receiving data about a plurality of recreational activities, each respective said recreational activity associated with a respective physical location,

b) receiving at least one time interval; and

c) generating the travel plan, wherein said generating includes computing a schedule of a selected sub-plurality of said recreational activities within said at least one time interval.

89. ) A method of scheduling a plurality of travel activities, the method comprising:

a) receiving activity preferences, location constraints, budget constraints and at least one time period from a user,

b) presenting a plurality of recreational activities satisfying said received activities preferences, said location constraints and said budget constraints,

c) receiving a selected subset of said presented activities,

d) scheduling said selected subset of said activities within said at least one time period.

90. ) A system for trip planning comprising.

a) an activity topic selection interface for selecting an recreational activity category from a plurality of recreational activity category,

b) an activity display interface from displaying description data describing at least one recreational activity associated with said selected recreational activity category,

c) a recreational activity selection input for selecting at least one said displayed activity;

d) a selected activity display for displaying said selected activities.

91. ) The system of claim 90 further comprising:

e) a location selection interface for selecting a location from a plurality of locations, wherein said activity display interface is operative to display description data associated with said selected recreational activity category in said selected location.

92. ) The system of claim 90 wherein said description data includes at least one of graphical description data, an image of a person engaging in a said recreational activity, a video of said recreational activity, a textual description of said recreational activity, a photo-album and a textual description of said recreational activity, pricing information, duration or estimated duration information, location information, and rating information.

93. ) The system of claim 90 wherein said activity category selection interface is operative for selection of subcategories of said categories, and said activity displayed interface is operative to display recreational activity associated with said selected subcategory.

94. ) The system of claim 93 wherein said activity category selection interface includes a tree interface for selecting said sub-categories.

95. ) The system of claim 90 further comprising:

e) a sorting mechanism for sorting said displayed recreational activities by location.

96. ) A method of presenting information about pricing of at least three targeted travel services, each respective travel service from a different travel category, the method comprising:

a) providing a vendor identifier for each respective travel service;

b) receiving a travel departure location, a travel destination location and an approximate travel time from a user;

c) after said receiving of said travel departure location and said travel destination location, presenting to said user a single screen including a plurality of distinct bundling combinations, at least one said bundling combination including at least one bundling of a plurality of travel services, each said bundling combination operative to supply all of the target travel services.

97. ) The method of claim 96 wherein said single screen is operative to display said bundling combination in accordance with loyalty program information.

98. ) The method of claim 96 wherein said single screen includes pricing information about said presented bundling combinations.

99. ) The method of claim 96 wherein said single screen is operative to display said pricing information in accordance with loyalty program information.

100. ) The method of claim 159 wherein said single screen includes information about pricing savings associated with one said bundling combination with respect with another said bundling combination.

101. ) A system for customizing a travel itinerary for a traveler, comprising:

means for sending and receiving data from a plurality of databases;

means for selecting points of interest and prioritizing points of interest and means for making reservations;

means for selecting events of interest and means for making reservations wherein scheduling and selection of the points of interest and, optionally, events of interest provides the traveler with a trip organization that maximizes efficiency and ease of travel;

means for determining cost of travel itinerary;

means for controlling costs of the travel itinerary based upon the traveler'"'"'s budget;

means for transmitting the travel itinerary for use by the traveler, and means for managing customer relations.