International audienceDue to the limited coverage of WiFi APs, users' mobility has a severe impact on the performance of mobile offloading systems. The present study is a contribution in this context as offloading zones are identified and characterized from individual GPS trajectories when small offloading time windows are considered. The results show that (i) attending to users mobility, ten seconds is the minimum offloading time window that can be considered; (ii) offloading predictive methods can have variable performance according to the period of the day; and (iii) per-user opportunistic decision models can determine offloading system design and performance
Recently, there has been a tremendous increase in mo-bile data usage with the wide-spread proliferat...
Abstract—The technological advances in mobile devices have resulted in increasing numbers of applica...
Multiple offloading techniques are used in today’s communication systems. Most approaches rely on ce...
Due to the limited coverage of WiFi APs, users’ mobility has a severe impact on the performance of m...
International audienceDue to the limited coverage of WiFi APs, users' mobility has a severe impact o...
International audienceWiFi Access Points (APs) can be used to offload data or computation tasks whil...
Abstract- Offloading is an approach to leverage the severity of resource constrained nature of mobil...
For vehicular users, mobile data offloading through WiFi has proven its feasibility in reducing the ...
Abstract—The last decade has seen a rapid growth in the use of mobile devices all over the world. Wi...
97 iPhone users from metropolitan areas and collected statistics on their WiFi connectivity during a...
In order to understand different offloading options in realistic network scenarios from a theoretica...
This paper presents a quantitative study on the performance of 3G mobile data offloading through WiF...
Smart mobile devices are generating a tremendous amount of data traffic that is putting stress on ev...
This paper presents a model for defining the behavioural patterns of smartphone users when offloadin...
International audienceMobile devices have always been left out of the network infrastructure due to ...
Recently, there has been a tremendous increase in mo-bile data usage with the wide-spread proliferat...
Abstract—The technological advances in mobile devices have resulted in increasing numbers of applica...
Multiple offloading techniques are used in today’s communication systems. Most approaches rely on ce...
Due to the limited coverage of WiFi APs, users’ mobility has a severe impact on the performance of m...
International audienceDue to the limited coverage of WiFi APs, users' mobility has a severe impact o...
International audienceWiFi Access Points (APs) can be used to offload data or computation tasks whil...
Abstract- Offloading is an approach to leverage the severity of resource constrained nature of mobil...
For vehicular users, mobile data offloading through WiFi has proven its feasibility in reducing the ...
Abstract—The last decade has seen a rapid growth in the use of mobile devices all over the world. Wi...
97 iPhone users from metropolitan areas and collected statistics on their WiFi connectivity during a...
In order to understand different offloading options in realistic network scenarios from a theoretica...
This paper presents a quantitative study on the performance of 3G mobile data offloading through WiF...
Smart mobile devices are generating a tremendous amount of data traffic that is putting stress on ev...
This paper presents a model for defining the behavioural patterns of smartphone users when offloadin...
International audienceMobile devices have always been left out of the network infrastructure due to ...
Recently, there has been a tremendous increase in mo-bile data usage with the wide-spread proliferat...
Abstract—The technological advances in mobile devices have resulted in increasing numbers of applica...
Multiple offloading techniques are used in today’s communication systems. Most approaches rely on ce...