Event-based traffic routing
First Claim
Patent Images
1. A method for routing a vehicle, comprising:
- receiving information describing an event that is to occur at a venue, the information comprising a first attendance estimate associated with the event;
identifying one or more road segments where a degree of traffic congestion, above a specified threshold, is forecasted due to the event;
generating a route for a vehicle from a starting location to an ending location based upon the degree of traffic congestion of the one or more road segments;
displaying the route within a mapping field, of a road navigation user interface, depicting the one or more road segments;
displaying an avoidance zone interface, visually overlaying a depiction of the venue and the one or more road segments, within the mapping field, the avoidance zone interface having a first size and encompassing a first area of the mapping field based upon the first attendance estimate, the avoidance zone interface comprising a first avoidance subzone interface and a second avoidance subzone interface different than the first avoidance subzone interface, the first avoidance subzone interface corresponding to a first portion of the one or more road segments where a first degree of traffic congestion, above the specified threshold and above a second threshold, is forecasted due to the event, the second avoidance subzone interface corresponding to a second portion of the one or more road segments where a second degree of traffic congestion, above the specified threshold but below the second threshold, is forecasted due to the event;
responsive to receiving updated information, updating the degree of traffic congestion of the one or more road segments to identify an updated degree of traffic congestion for the one or more road segments, the updated information comprising a second attendance estimate associated with the event, the second attendance estimate different than the first attendance estimate; and
modifying a visual property of the avoidance zone interface, in real-time during display of the road navigation user interface to a user, based upon the updated degree of traffic congestion, the avoidance zone interface having a second size and encompassing a second area of the mapping field after the modifying based upon the second attendance estimate, the second size different than the first size and the second area different than the first area.
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Abstract
One or more techniques and/or systems are provided for to creating an avoidance zone spatially proximate a venue, where the avoidance zone is created based upon identifying road segments where increased traffic congestion is expected due to an event at the venue. Information pertaining to the avoidance zone, such as a description of road segments to avoid and/or expected travel delays, may be provided to a route planner configured to develop vehicle routes. In this way, the route planner can take into consideration the impact of events on one or more road segments when planning a route.
34 Citations
20 Claims
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1. A method for routing a vehicle, comprising:
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receiving information describing an event that is to occur at a venue, the information comprising a first attendance estimate associated with the event; identifying one or more road segments where a degree of traffic congestion, above a specified threshold, is forecasted due to the event; generating a route for a vehicle from a starting location to an ending location based upon the degree of traffic congestion of the one or more road segments; displaying the route within a mapping field, of a road navigation user interface, depicting the one or more road segments; displaying an avoidance zone interface, visually overlaying a depiction of the venue and the one or more road segments, within the mapping field, the avoidance zone interface having a first size and encompassing a first area of the mapping field based upon the first attendance estimate, the avoidance zone interface comprising a first avoidance subzone interface and a second avoidance subzone interface different than the first avoidance subzone interface, the first avoidance subzone interface corresponding to a first portion of the one or more road segments where a first degree of traffic congestion, above the specified threshold and above a second threshold, is forecasted due to the event, the second avoidance subzone interface corresponding to a second portion of the one or more road segments where a second degree of traffic congestion, above the specified threshold but below the second threshold, is forecasted due to the event; responsive to receiving updated information, updating the degree of traffic congestion of the one or more road segments to identify an updated degree of traffic congestion for the one or more road segments, the updated information comprising a second attendance estimate associated with the event, the second attendance estimate different than the first attendance estimate; and modifying a visual property of the avoidance zone interface, in real-time during display of the road navigation user interface to a user, based upon the updated degree of traffic congestion, the avoidance zone interface having a second size and encompassing a second area of the mapping field after the modifying based upon the second attendance estimate, the second size different than the first size and the second area different than the first area. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12)
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13. A system, comprising:
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one or more processing units; and memory comprising instructions which when executed by at least one of the one or more processing units perform a method comprising; receiving information describing an event that is to occur at a venue; identifying one or more road segments where a degree of traffic congestion, above a specified threshold, is forecasted due to the event; generating a route for a vehicle from a starting location to an ending location based upon the degree of traffic congestion of the one or more road segments; displaying the route within a mapping field, of a road navigation user interface, depicting the one or more road segments; displaying an avoidance zone interface, visually overlaying a depiction of the venue and the one or more road segments, within the mapping field, the avoidance zone interface having a first size and encompassing a first area of the mapping field, the avoidance zone interface comprising a first avoidance subzone interface and a second avoidance subzone interface different than the first avoidance subzone interface, the first avoidance subzone interface corresponding to a first portion of the one or more road segments where a first degree of traffic congestion, above the specified threshold and above a second threshold, is forecasted due to the event, the second avoidance subzone interface corresponding to a second portion of the one or more road segments where a second degree of traffic congestion, above the specified threshold but below the second threshold, is forecasted due to the event; responsive to receiving updated information, updating the degree of traffic congestion of the one or more road segments to identify an updated degree of traffic congestion for the one or more road segments; and modifying a visual property of the avoidance zone interface, in real-time during display of the road navigation user interface to a user, based upon the updated degree of traffic congestion, the avoidance zone interface having a second size and encompassing a second area of the mapping field after the modifying, the second size different than the first size and the second area different than the first area. - View Dependent Claims (14, 15, 16, 17, 18, 19)
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20. A non-transitory computer readable medium comprising processor executable instructions that when executed via a processing unit perform a method, comprising:
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receive information describing an event that is to occur at a venue, the information comprising a first attendance estimate associated with the event; identifying a road segment where a degree of traffic congestion, above a specified threshold, is forecasted due to the event; generating a route for a vehicle from a starting location to an ending location based upon the degree of traffic congestion of the road segment; displaying the route within a mapping field, of a road navigation user interface, depicting the road segment;
displaying an avoidance zone interface, visually overlaying a depiction of the venue and the road segment, within the mapping field, the avoidance zone interface having a first size and encompassing a first area of the mapping field based upon the first attendance estimate;responsive to receiving updated information, updating the degree of traffic congestion of the road segment to identify an updated degree of traffic congestion for the road segment, the updated information comprising a second attendance estimate associated with the event, the second attendance estimate different than the first attendance estimate; and modifying a visual property of the avoidance zone interface, in real-time during display of the road navigation user interface to a user, based upon the updated traffic congestion, the avoidance zone interface having a second size and encompassing a second area of the mapping field after the modifying based upon the second attendance estimate, the second size different than the first size and the second area different than the first area.
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Specification