This thesis explores a feasible way to implement an efficient interface for offloading computations from affordable computing device to external server in order to achieve increased application performance. Some tests have been done and the results show that the accomplished API is able to realize better perceived performance, and the optimization process has developed API into achieving smart offloading, a mechanism of adaptively determining offloading or not regarding practical situation. The findings in the thesis confirm the potential of utilizing computational offloading on affordable device as an economical method for providing a better user experience
Abstract—Cloud offloading—leveraging remote cloud-based computing resources to execute energy-intens...
Pervasive computing allows a user to access an application on heterogeneous devices continuously and...
Mobile devices are being widely used in many applications such as image processing, computer vision ...
With the incessant advancement of smart internet devices and their ubiquitous usage, users prospect ...
Computation offloading consists in allowing resource constrained computers, such as smartphones and ...
International audienceMobile devices are equipped with limited processing power and battery charge. ...
The idea of Mobile cloud computing is to utilise the resources of the powerful computing nodes for t...
The recent advancement in cloud computing in cloud computing is leading to and excessive growth of t...
Computation offloading consists in allowing resource constrained computers, such as smartphones and ...
Mobile devices like smartphones can augment their low-power processors by offloading portions of mob...
Smartphones are not capable of competing against their desktop counterparts or servers in terms of C...
The challenge of minimizing mission response times and the energy consumption of computationally-con...
International audienceOur work presents a methodology and a tool to optimize Android applications us...
Functionality on mobile devices are ever richerin daily life. Mobile devices have limited resourcesl...
Abstract—Smartphones are now becoming extremely popular with an extensive range of heavy application...
Abstract—Cloud offloading—leveraging remote cloud-based computing resources to execute energy-intens...
Pervasive computing allows a user to access an application on heterogeneous devices continuously and...
Mobile devices are being widely used in many applications such as image processing, computer vision ...
With the incessant advancement of smart internet devices and their ubiquitous usage, users prospect ...
Computation offloading consists in allowing resource constrained computers, such as smartphones and ...
International audienceMobile devices are equipped with limited processing power and battery charge. ...
The idea of Mobile cloud computing is to utilise the resources of the powerful computing nodes for t...
The recent advancement in cloud computing in cloud computing is leading to and excessive growth of t...
Computation offloading consists in allowing resource constrained computers, such as smartphones and ...
Mobile devices like smartphones can augment their low-power processors by offloading portions of mob...
Smartphones are not capable of competing against their desktop counterparts or servers in terms of C...
The challenge of minimizing mission response times and the energy consumption of computationally-con...
International audienceOur work presents a methodology and a tool to optimize Android applications us...
Functionality on mobile devices are ever richerin daily life. Mobile devices have limited resourcesl...
Abstract—Smartphones are now becoming extremely popular with an extensive range of heavy application...
Abstract—Cloud offloading—leveraging remote cloud-based computing resources to execute energy-intens...
Pervasive computing allows a user to access an application on heterogeneous devices continuously and...
Mobile devices are being widely used in many applications such as image processing, computer vision ...