Mobile devices that are limited in terms of CPU power, memory or battery power are only capable of executing simple applications. To be able to run advanced applications we introduce a framework to split up the application and execute parts on a remote server. In order to dynamically adapt the deployment at runtime, techniques are presented to keep the migration time as low as possible and to prevent performance loss while migrating. Also methods are presented and evaluated to cope with applications generating a variable load, which can lead to an unstable system
AbstractThis paper proposes an approach to adapting distributed applications to changes in user requ...
The inherently limited processing power and battery lifetime of mobile phones hinder the possible ex...
The increasing pervasiveness of mobile devices combined with their replacement rate, led us to deal ...
Mobile devices that are limited in terms of CPU power, memory or battery power are only capable of e...
Nowadays mobile devices are more and more used as a platform for applications. Contrary to prior gen...
This paper proposes a solution for the resource constraints of mobile devices. As an alternative for...
Part 5: Big-Data and Cloud ComputingInternational audienceWith the functionality of mobile applicati...
Mobile devices are embedded systems with very limited capacities that need to be considered when de...
DoctorIn the era of the Internet of Things (IoT), mobile computing is no longer limited to local res...
Mobile devices are widely accepted as a convergence machine, which provides both cell phone capabili...
This dissertation aims to answer the question - Under what resource is it energy efficient to migrat...
This paper presents a new framework for building adaptive mobile applications in mobile computing en...
Mobile devices like smartphones are getting increasingly im-portant in our daily lifes. They are use...
Abstract. Distributed mobile applications operate on devices with diverse capabilities, in heterogen...
This publication describes systems and techniques for adaptive remote execution of computing tasks f...
AbstractThis paper proposes an approach to adapting distributed applications to changes in user requ...
The inherently limited processing power and battery lifetime of mobile phones hinder the possible ex...
The increasing pervasiveness of mobile devices combined with their replacement rate, led us to deal ...
Mobile devices that are limited in terms of CPU power, memory or battery power are only capable of e...
Nowadays mobile devices are more and more used as a platform for applications. Contrary to prior gen...
This paper proposes a solution for the resource constraints of mobile devices. As an alternative for...
Part 5: Big-Data and Cloud ComputingInternational audienceWith the functionality of mobile applicati...
Mobile devices are embedded systems with very limited capacities that need to be considered when de...
DoctorIn the era of the Internet of Things (IoT), mobile computing is no longer limited to local res...
Mobile devices are widely accepted as a convergence machine, which provides both cell phone capabili...
This dissertation aims to answer the question - Under what resource is it energy efficient to migrat...
This paper presents a new framework for building adaptive mobile applications in mobile computing en...
Mobile devices like smartphones are getting increasingly im-portant in our daily lifes. They are use...
Abstract. Distributed mobile applications operate on devices with diverse capabilities, in heterogen...
This publication describes systems and techniques for adaptive remote execution of computing tasks f...
AbstractThis paper proposes an approach to adapting distributed applications to changes in user requ...
The inherently limited processing power and battery lifetime of mobile phones hinder the possible ex...
The increasing pervasiveness of mobile devices combined with their replacement rate, led us to deal ...