Environments such as ski slopes are highly dynamic, as users are constantly moving at high speeds and in different directions, and also many users are foreign tourists, not locals, thus having to roam if they want to access the Web. Unfortunately, this introduces costs that discourage the roaming users to connect. In order to solve this issue, a collaborative wireless access service has been designed and implemented on Android. Simply put, locals to the environment become hotspots on-the-fly thanks to our application, which works on all recent Android smartphones, without requiring to root the smartphone, which shares their mobile data access with the foreigners for the period of time that they are in range whilst legally protecting the sha...
MUGGES is a European research project with the goal of evaluating peer-to-peer service concepts base...
Device-to-device (D2D) offloading has been shown to be a highly effective technique to enhance the p...
WiFi Direct is an embedded technology in a vast majority of smartphone devices running the Android o...
Recent advances in IT have offered people the opportunity to have powerful ultramobile devices in th...
This paper advocates a novel approach for mobile web browsing based on cooperation among wireless de...
With the abundance of cell phones today and the rapid increase in the amount of smart phones and mob...
Wireless devices with diverse capabilities are ubiquitous and will continue to flourish for the nex...
Mobile devices, such as smartphones and personal media players, have recently significantly increase...
Accessing cellular networks for downloading large-size contents is a common task performed from mode...
Despite continuous advancements in mobile communication technologies, there are rural areas even in ...
In the last years has clearly emerged the opportunity of extending traditional single-hop wireless t...
Today, cross-device communication and intelligent resource sharing among smart devices is limited an...
Nowadays, most of the people have mobile devices able to perform from the simplest task to complex a...
Abstract. Mobile devices are increasingly being equipped with wireless peer-to-peer (P2P) networking...
Mobile devices today rely on cellular (3G or LTE) connectivity be-cause it has ubiquitous coverage. ...
MUGGES is a European research project with the goal of evaluating peer-to-peer service concepts base...
Device-to-device (D2D) offloading has been shown to be a highly effective technique to enhance the p...
WiFi Direct is an embedded technology in a vast majority of smartphone devices running the Android o...
Recent advances in IT have offered people the opportunity to have powerful ultramobile devices in th...
This paper advocates a novel approach for mobile web browsing based on cooperation among wireless de...
With the abundance of cell phones today and the rapid increase in the amount of smart phones and mob...
Wireless devices with diverse capabilities are ubiquitous and will continue to flourish for the nex...
Mobile devices, such as smartphones and personal media players, have recently significantly increase...
Accessing cellular networks for downloading large-size contents is a common task performed from mode...
Despite continuous advancements in mobile communication technologies, there are rural areas even in ...
In the last years has clearly emerged the opportunity of extending traditional single-hop wireless t...
Today, cross-device communication and intelligent resource sharing among smart devices is limited an...
Nowadays, most of the people have mobile devices able to perform from the simplest task to complex a...
Abstract. Mobile devices are increasingly being equipped with wireless peer-to-peer (P2P) networking...
Mobile devices today rely on cellular (3G or LTE) connectivity be-cause it has ubiquitous coverage. ...
MUGGES is a European research project with the goal of evaluating peer-to-peer service concepts base...
Device-to-device (D2D) offloading has been shown to be a highly effective technique to enhance the p...
WiFi Direct is an embedded technology in a vast majority of smartphone devices running the Android o...