This publication describes methods of creating local relative geofences for Ultra-Wide Band-enabled (UWB-enabled) computing devices that facilitate the position of such UWB-enabled devices to be determined relative to a defined boundary (e.g., geofence). In aspects, a first UWB-enabled computing device (primary device) receives information defining a geofence from a user, utilizes UWB to determine the location of a second UWB-enabled device (secondary device), determines if the secondary device is located within the geofence, and generates a notification for the user responsive to determining that the second device has moved to a position outside of the geofence
Today’s most widely used tracking solutions for consumers involve the Global Positioning System (GPS...
Accurate determination of the mobile position constitutes the basis of many new applications. This b...
Location-enhanced applications are poised to become the first real-world example of ubiquitous compu...
The goal of this research is to analyze the utility of UWB for indoor geolocation and to evaluate a ...
The high-frequency, broad-spectrum properties of the UWB (ultra-wide bandwidth) communications proto...
A method is provided for optimizing a geofence boundary in order to reduce the amount of time betwee...
A first computing device (e.g., a smart speaker, a smart television, etc.) may employ ultrawide band...
Thesis: M. Eng., Massachusetts Institute of Technology, Department of Electrical Engineering and Com...
Mobile devices have become an integral part of human lifestyle. The convenience offered by mobile de...
Localization has been evolving rapidly over the last 20 years, especially in the wireless world. Fro...
I n pervasive computing devices, a device’s ability to discover its location often proves useful. To...
Today's mobile devices have a wide variety of components and sensors that can be used for applicatio...
This publication describes systems and techniques directed to managing access to location informatio...
12 pagesInternational audienceUbiquitous and pervasive networks and applications include a growing n...
If a mobile computer knows how it is positioned and oriented in relation to other mobile devices nea...
Today’s most widely used tracking solutions for consumers involve the Global Positioning System (GPS...
Accurate determination of the mobile position constitutes the basis of many new applications. This b...
Location-enhanced applications are poised to become the first real-world example of ubiquitous compu...
The goal of this research is to analyze the utility of UWB for indoor geolocation and to evaluate a ...
The high-frequency, broad-spectrum properties of the UWB (ultra-wide bandwidth) communications proto...
A method is provided for optimizing a geofence boundary in order to reduce the amount of time betwee...
A first computing device (e.g., a smart speaker, a smart television, etc.) may employ ultrawide band...
Thesis: M. Eng., Massachusetts Institute of Technology, Department of Electrical Engineering and Com...
Mobile devices have become an integral part of human lifestyle. The convenience offered by mobile de...
Localization has been evolving rapidly over the last 20 years, especially in the wireless world. Fro...
I n pervasive computing devices, a device’s ability to discover its location often proves useful. To...
Today's mobile devices have a wide variety of components and sensors that can be used for applicatio...
This publication describes systems and techniques directed to managing access to location informatio...
12 pagesInternational audienceUbiquitous and pervasive networks and applications include a growing n...
If a mobile computer knows how it is positioned and oriented in relation to other mobile devices nea...
Today’s most widely used tracking solutions for consumers involve the Global Positioning System (GPS...
Accurate determination of the mobile position constitutes the basis of many new applications. This b...
Location-enhanced applications are poised to become the first real-world example of ubiquitous compu...