METHOD OF DETECTING MULTIPLE DEVICES ASSOCIATED WITH A VEHICLE
A method of detecting multiple devices associated with a vehicle includes: positioning two or more mobile computing devices in a common vehicle; collecting at least one proximity factor about each of the mobile computing devices, wherein the at least one proximity factor evidences close physical proximity of the two or more mobile computing devices; using an electronic processor, executing at least one software rule to make a proximity inference of the mobile computing devices, based on the at least one proximity factor; and storing the result of the proximity inference for further use.
1 . A method of detecting multiple devices associated with a vehicle, comprising:
positioning two or more mobile computing devices in a common vehicle;
collecting at least one proximity factor about each of the mobile computing devices, wherein the at least one proximity factor evidences close physical proximity of the two or more mobile computing devices,
using an electronic processor, executing at least one software rule to make a proximity inference of the mobile computing devices, based on the at least one proximity factor; and
storing the result of the proximity inference for further use.
2 . The method of claim 1 wherein the proximity inference is made at least in part in response to the mobile computing devices reporting that they are close enough to receive each other's wireless signals, over a predetermined time interval.
3 . The method of claim 1 wherein the proximity inference is made at least in part in response to the mobile computing devices reporting that they are close enough to receive a common third party wireless signal, over a predetermined time interval.
4 . The method of claim 1 wherein the proximity inference of the primary mobile computing device is made at least in part in response to the mobile computing devices having a common heading, speed, or velocity, over a predetermined time interval.
5 . The method of claim 1 wherein the proximity inference of the primary mobile computing device is made at least in part in response to the mobile computing devices having common traces of measured data of acceleration versus time, or velocity versus time, or orientation versus time, over a predetermined time interval.
6 . The method of claim 1 wherein the at least one proximity factor is relayed to a backend application over a data communications connection.
7 . The method of claim 6 wherein:
each of the mobile computing devices has a real time data connection to the backend application; and
proximity factors are transmitted over the data connection contemporaneously as they are collected.
8 . The method of claim 6 wherein:
each of the mobile computing devices has a data connection to the backend application which is delayed;
the at least one proximity factor is collected and stored by one or more of the mobile computing devices; and
the at least one proximity factor is transmitted over the data connection to the backend application when the data connection becomes available to any of the mobile computing devices.
9 . The method of claim 8 wherein one of the mobile computing devices relays the at least one proximity factor from another one of the mobile computing devices to the backend application.
10 . The method of claim 6 wherein:
at least one of the mobile computing devices has a real time data connection to the backend application;
proximity factors collected by the at least one mobile computing device having a real time data connection are transmitted over the data connection contemporaneously as they are collected;
at least one of the mobile computing devices has a data connection to the backend application which is delayed; and
proximity factors collected by the at least one mobile computing device having a delayed data connection are stored and transmitted over the data connection to the backend application when the data connection becomes available.