Abstract: The present invention is directed to a method for determining vehicular speeds over various travel routes that includes the steps: (a) for a plurality of mobile communication devices, determining a respective first geographic location at a first time and a second geographic location at a second later time; (b) determining a respective velocity for each cellular communication device over the distance between the first and second geographic locations; and (c) based on the respective velocities, providing to a driver at least one of (I) a velocity over a selected travel route, (ii) a traffic volume over the selected travel route, and (iii) an estimated time of travel over the selected travel route.

Abstract: The present, in one embodiment, is directed to a method for determining vehicular speeds over various travel routes that includes the steps: (a) for a plurality of mobile communication devices, determining a respective first geographic location at a first time and a second geographic location at a second later time; (b) determining a respective velocity for each cellular communication device over the distance between the first and second geographic locations; and (c) based on the respective velocities, providing to a driver at least one of (I) a velocity over a selected travel route, (ii) a traffic volume over the selected travel route, and (iii) an estimated time of travel over the selected travel route.

Abstract: The present, in one embodiment, is directed to a method for determining vehicular speeds over various travel routes that includes the steps: (a) for a plurality of mobile communication devices, determining a respective first geographic location at a first time and a second geographic location at a second later time; (b) determining a respective velocity for each cellular communication device over the distance between the first and second geographic locations; and (c) based on the respective velocities, providing to a driver at least one of (I) a velocity over a selected travel route, (ii) a traffic volume over the selected travel route, and (iii) an estimated time of travel over the selected travel route.

Abstract: A location-based reminder system includes a controller 112 that determines when a person is in and/or leaving a defined area 104; when a person is determined to be in and/or leaving the defined area 104, identify a reminder to be provided to the person, the reminder including information about at least one object associated with the person; and provide the reminder to the person before the person leaves the defined area 104.

Abstract: A wireless access point in an object location system is provided that includes a tag filtering agent 128 operable to (a) receive tag information from a mobile communication device 104, (b) compare the received tag information with a set of a plurality of tag information to determine whether to report the received tag information to a central registry 116; and (c) when appropriate report the received tag information and physical location information to the central registry 116. The tag information corresponds to tag information contained by a tag 120 on an object and was obtained by a tag reader 256 on the mobile communication device. The physical location information corresponds to a physical location of the mobile communication device 104 at a selected point in time.

Abstract: A wireless access point in an object location system is provided that includes a tag filtering agent 128 operable to (a) receive tag information from a mobile communication device 104, (b) compare the received tag information with a set of a plurality of tag information to determine whether to report the received tag information to a central registry 116; and (c) when appropriate report the received tag information and physical location information to the central registry 116. The tag information corresponds to tag information contained by a tag 120 on an object and was obtained by a tag reader 256 on the mobile communication device. The physical location information corresponds to a physical location of the mobile communication device 104 at a selected point in time.