GEOTAGGING THROUGH PRIMARY VEHICLE CONTROLS
A geotagging method performed by a computing system that includes at least one computing device residing on-board a human-operable vehicle is disclosed. In an example, sensor data indicating a time-based series of actuation events performed by a human operator of the vehicle is received for one or more primary vehicle control interfaces of the vehicle, such as a steering control interface, an accelerator control sensor, and a brake control sensor. The computing system identifies a pre-defined set of actuation events from among the time-based series of actuation events. A target geo-location of the vehicle is identified from among a time-based series of geo-locations that is proximate in-time to the pre-defined set of actuation events. The target geo-location is associated with a data indicator that attributes performance of the pre-defined set of actuation events by the human operator to a geotagging input by the human operator for the target geo-location.
1 . A geotagging method performed by a computing system that includes at least one computing device residing on-board a human-operable vehicle, the method comprising:
receiving, at the computing device of the computing system, sensor data indicating a time-based series of actuation events performed by a human operator of the vehicle and obtained via one or more primary vehicle control interfaces of the vehicle, the primary vehicle control interfaces including at least a steering control interface, an accelerator control interface, and a brake control interface;
receiving geo-location data indicating a time-based series of geo-locations of the vehicle obtained via a geo-location sensor subsystem of the computing system;
identifying a pre-defined set of actuation events from among the time-based series of actuation events, the pre-defined set including two or more pre-defined actuation events performed sequentially in-time by the human operator within the time-based series of actuation events;
identifying a target geo-location of the vehicle from among the time-based series of geo-locations that is proximate in-time to the pre-defined set of actuation events; and
associating the target geo-location with a data indicator within a database system, the data indicator attributing performance of the pre-defined set of actuation events by the human operator to a geotagging input by the human operator for the target geo-location.
2 . The method of claim 1 , wherein the data indicator includes a pre-defined geotag-type that is associated with the pre-defined set of actuation events in the database system.
3 . The method of claim 2 , wherein the pre-defined geotag-type is user-defined on a user account basis with respect to the pre-defined set of actuation events.
4 . The method of claim 3 , further comprising:
receiving user input data at the computing system, the user input data indicating the association between the pre-defined geotag-type and the pre-defined set of actuation events; and
associating the pre-defined geotag-type with the pre-defined set of actuation events in the database system for a target user account indicated by or attributed to the user input data.
5 . The method of claim 4 , wherein the pre-defined geotag-type is one of a plurality of pre-defined geotag-types that are available for association with the pre-defined set of actuation events within the database system; and
wherein the user input data includes an indication of a user selection of the pre-defined geotag-type from among the plurality of pre-defined geotag-types.
6 . The method of claim 4 , wherein the pre-defined set of actuation events is one of a plurality of pre-defined sets of actuation events that are available for association with the pre-defined geo-tag type within the database system; and
wherein the user input data includes an indication of a user selection of the pre-defined set of actuation events from among the plurality of pre-defined sets of actuation events.
7 . The method of claim 2 , wherein the pre-defined geotag-type is a first pre-defined geotag-type of a plurality of pre-defined geotag-types, and the pre-defined set of actuation events is a first pre-defined set of actuation events of a plurality of pre-defined sets of actuation events; and
wherein the plurality of pre-defined geotag-types further includes a second pre-defined geotag-type that differs from the first pre-defined geotag-type, and the plurality of pre-defined sets of actuation events includes a second pre-defined set of actuation events that differs from the first pre-defined set of actuation events.
8 . The method of claim 7 , wherein the method further comprises:
identifying the second pre-defined set of actuation events from among a second time-based series of actuation events, the second pre-defined set including two or more pre-defined actuation events performed sequentially in-time by the human operator within the second time-based series of actuation events;
responsive to identifying the second pre-defined set of actuation events, identifying a second target geo-location of the vehicle from among the time-based series of geo-locations that is proximate in-time to the second pre-defined set of actuation events; and
associating the second target geo-location with a second data indicator including the second pre-defined geotag-type within the database system, the second data indicator attributing performance of the second pre-defined set of actuation events by the human operator to a second geotagging input by the human operator for the second target geo-location.
9 . The method of claim 7 , wherein the first pre-defined set of actuation events differs from the second pre-defined set of actuation events by one or more of: a quantity of actuation events within the time-based series of actuation events, a time-based parameter of actuation events, a particular vehicle control interface of the primary vehicle control interfaces from which one or more actuation events were obtained.
10 . The method of claim 2 , further comprising:
presenting a graphical representation of a map via a display device with a visual indicator present at the target geo-location within the map, the visual indicator including or indicating the pre-defined geotag-type.
11 . The method of claim 1 , further comprising:
associating a vehicle identifier of the human-operable vehicle and/or a human operator identifier of the human operator with the target geo-location and data indicator within the database system.
12 . The method of claim 1 , wherein receiving the geo-location data, identifying the pre-defined set of actuation events, identifying the target geo-location, and associating the target geo-location with the data indicator is performed by the computing device residing on-board the vehicle in real-time; and
wherein the method further comprises:
presenting a graphical representation of a map via a display device residing on-board the vehicle with a visual indicator present at the target geo-location within the map.
13 . The method of claim 1 , wherein receiving the geo-location data, identifying the pre-defined set of actuation events, and identifying the target geo-location is performed by the computing device residing on-board the vehicle in real-time; and
wherein the method further comprises:
transmitting off-board data to one or more server devices of the computing system over at least a wireless network component of a communications network, the off-board data indicating the target geo-location and a source identifier of the off-board data;
receiving the off-board data at the one or more server devices;
associating the target geo-location with the data indicator within the database system at the one or more server devices; and
transmitting client-bound data to a client device over the communications network for presentation of a graphical representation of a map via the client device with a visual indicator present at the target geo-location within the map, the client device being subscribed to the source identifier.
14 . The method of claim 1 , wherein receiving the geo-location data, identifying the pre-defined set of actuation events, identifying the target geo-location, and associating the target geo-location with the data indicator is performed by one or more server devices of the computing system located remotely from the vehicle; and
wherein the method further comprises:
transmitting off-board data to the one or more server devices over at least a wireless network component of a communications network, the off-board data including the sensor data or indicating the time-based series of actuation events.
15 . The method of claim 1 , wherein each actuation event of the pre-defined set of actuation events exceeds at least a threshold change in magnitude for each actuation event, and each actuation event of the pre-defined set of actuation events is performed sequentially in-time within a pre-defined time period.
16 . The method of claim 1 , wherein each actuation event of the pre-defined set of actuation events includes a dynamic change in a direction and/or a magnitude for each actuation event from a reference point, and each actuation event of the pre-defined set of actuation events is performed sequentially in-time within a pre-defined time period.
17 . The method of claim 1 , wherein each actuation event of the pre-defined set of actuation events includes a release and re-engagement of a primary vehicle control interface for each actuation event, and each actuation event of the pre-defined set of actuation events is performed sequentially in-time within a pre-defined time period.
18 . The method of claim 1 , wherein each actuation event of the pre-defined set of actuation events includes, for a particular primary vehicle control interface, at least two actuation events performed sequentially in-time within a pre-defined time period via that primary vehicle control interface; or wherein the pre-defined set of actuation events includes at least three actuation events performed sequentially in-time within a pre-defined time period.
19 . The method of claim 1 , wherein the computing device residing on-board the vehicle interfaces with an electronic control/monitoring system of the vehicle via an OBD-compliant data link.
20 . A computing system, including at least one computing device residing on-board a human operable vehicle, the computing system comprising:
a logic subsystem; and
a storage subsystem having instructions stored thereon executable by the logic subsystem to:
receive, at the computing device of the computing system, sensor data indicating a time-based series of actuation events performed by a human operator of the vehicle and obtained via one or more primary vehicle control interfaces of the vehicle, the primary vehicle control interfaces including at least a steering control interface, an accelerator control interface, and a brake control interface;
receive geo-location data indicating a time-based series of geo-locations of the vehicle obtained via a geo-location sensor subsystem of the computing system;
identify a pre-defined set of actuation events from among the time-based series of actuation events, the pre-defined set including two or more pre-defined actuation events performed sequentially in-time by the human operator within the time-based series of actuation events;
identify a target geo-location of the vehicle from among the time-based series of geo-locations that is proximate in-time to the pre-defined set of actuation events; and
associate the target geo-location with a data indicator within a database system, the data indicator attributing performance of the pre-defined set of actuation events by the human operator to a geotagging input by the human operator for the target geo-location.