Many users nowadays work with multiple heterogeneous computing devices, such as desktop computers, tablets, laptops and mobile phones. Transferring files between devices is cumbersome and usually done through the internet (e.g. email or cloud computing services) or physical devices such as flash drives. Some solutions for this problem have been proposed, however, they do not allow efficient and easy transferring of several files over medium distances. To facilitate file transfer between different devices, we implemented an augmented-reality based smartphone application that uses "pick-and-drop" and "drag-and-drop" mechanisms to transfer files between devices. This paper presents the implementation and evaluation of the interaction technique...
Due to the advances in mobile technology, mobile augmented reality has been widely used for many dis...
[[abstract]]The applications of Mobile Technologies have received much attention in recent years. Th...
The limited screen size and resolution of current mobile devices can still be problematic for map, m...
Many interactions naturally extend across smart-phones and devices with larger screens. Indeed, data...
Many interactions naturally extend across smart-phones and de-vices with larger screens. Indeed, dat...
This study investigates a new interaction technique for collaboration on handheld computers called P...
Exchanging data between a mobile phone and a computer such as a laptop is still a very cumbersome pr...
AbstractIn recent years, public displays (PDs) have become an increasingly significant mechanism of ...
Despite the fact that dematerialization of all our multimedia content brings advantages, the absence...
This paper presents a novel interaction for Handheld Augmented Reality, Grab-Carry-Release, to allow...
Uploading and downloading pictures between a mobile phone and a computer is still a very cumbersome ...
Uploading and downloading pictures between a mobile phone and a computer is still a very cumbersome ...
We present Pocket Transfers: interaction techniques that allow users to transfer content from situat...
Recent advances in multi-user collaboration have seen a proliferation of interaction techniques for ...
The limited screen size and resolution of current mobile devices can still be problematic for map, m...
Due to the advances in mobile technology, mobile augmented reality has been widely used for many dis...
[[abstract]]The applications of Mobile Technologies have received much attention in recent years. Th...
The limited screen size and resolution of current mobile devices can still be problematic for map, m...
Many interactions naturally extend across smart-phones and devices with larger screens. Indeed, data...
Many interactions naturally extend across smart-phones and de-vices with larger screens. Indeed, dat...
This study investigates a new interaction technique for collaboration on handheld computers called P...
Exchanging data between a mobile phone and a computer such as a laptop is still a very cumbersome pr...
AbstractIn recent years, public displays (PDs) have become an increasingly significant mechanism of ...
Despite the fact that dematerialization of all our multimedia content brings advantages, the absence...
This paper presents a novel interaction for Handheld Augmented Reality, Grab-Carry-Release, to allow...
Uploading and downloading pictures between a mobile phone and a computer is still a very cumbersome ...
Uploading and downloading pictures between a mobile phone and a computer is still a very cumbersome ...
We present Pocket Transfers: interaction techniques that allow users to transfer content from situat...
Recent advances in multi-user collaboration have seen a proliferation of interaction techniques for ...
The limited screen size and resolution of current mobile devices can still be problematic for map, m...
Due to the advances in mobile technology, mobile augmented reality has been widely used for many dis...
[[abstract]]The applications of Mobile Technologies have received much attention in recent years. Th...
The limited screen size and resolution of current mobile devices can still be problematic for map, m...