Add to ORKGThis paper demonstrates a photo browser which rearranges photos referring to the persons who were close to the photog-rapher when the photos were taken by consulting Bluetooth device detection information. Most of Bluetooth devices ac-company their owners. Each photo is tagged with Bluetooth device-IDs which were detected around the moment when it was taken. Employing the tag information, the system clas-sifies the user’s photo archive into a layered cluster tree in terms of tag similarity, and shows its user the photos of her-selected cluster on either a map or timelines. ACMClassification: H5.2 [Information interfaces and pre
We present an approach for utilising a mobile device’s Bluetooth sensor to automatically identify so...
Tracking the location of a certain specific object has become very popular these days. There are var...
Abstract—The market of smartphones has been exploding, and taking pictures is a basic, maybe one of ...
Bluetooth has become a widely used source of co-presence information to determine a user’s social co...
Today’s digital photos can be tagged with information about when and where they were taken. On stati...
Today's digital photos can be tagged with information about when and where they were taken. On stati...
Devices have become increasingly more interconnected to their surroundings over the last few years. ...
This project allows users to observe the movements of the bluetooth devices that people carry around...
The goal of this project is to build a prototype application for a mobile device with Bluetooth S...
Bluetooth beacons have been used to identify people's location. But due to its limited capability, m...
The Microsoft SenseCam is a small multi-sensor camera worn around the user's neck. It was designed p...
The Microsoft SenseCam is a small multi-sensor camera worn around the user’s neck. It was designed p...
In this paper we describe the development of a platform that enables us to systematically study onli...
This paper describes a system which runs on a mobile phone that allows for the distribution of media...
We developed two browsers to support large personal photo collections on PDAs. Our first browser is ...
We present an approach for utilising a mobile device’s Bluetooth sensor to automatically identify so...
Tracking the location of a certain specific object has become very popular these days. There are var...
Abstract—The market of smartphones has been exploding, and taking pictures is a basic, maybe one of ...
Bluetooth has become a widely used source of co-presence information to determine a user’s social co...
Today’s digital photos can be tagged with information about when and where they were taken. On stati...
Today's digital photos can be tagged with information about when and where they were taken. On stati...
Devices have become increasingly more interconnected to their surroundings over the last few years. ...
This project allows users to observe the movements of the bluetooth devices that people carry around...
The goal of this project is to build a prototype application for a mobile device with Bluetooth S...
Bluetooth beacons have been used to identify people's location. But due to its limited capability, m...
The Microsoft SenseCam is a small multi-sensor camera worn around the user's neck. It was designed p...
The Microsoft SenseCam is a small multi-sensor camera worn around the user’s neck. It was designed p...
In this paper we describe the development of a platform that enables us to systematically study onli...
This paper describes a system which runs on a mobile phone that allows for the distribution of media...
We developed two browsers to support large personal photo collections on PDAs. Our first browser is ...
We present an approach for utilising a mobile device’s Bluetooth sensor to automatically identify so...
Tracking the location of a certain specific object has become very popular these days. There are var...
Abstract—The market of smartphones has been exploding, and taking pictures is a basic, maybe one of ...