Many mobile applications rely on the 'cloud's' vast computing power, but fail to exploit its full capability. Some application techniques facilitate this objective, but individual application requirements often present degrees of inflexibility. In this paper we propose a more flexible and dynamic computational offloading approach that enables deeper integration with mobile applications. We discuss how this is of benefit to mobile application developers and users
In the past few years, smartphones have emerged as a new computing platform that supports a wide ran...
<div><p>The latest developments in mobile computing technology have enabled intensive applications o...
Abstract—Smartphones are now becoming extremely popular with an extensive range of heavy application...
Many mobile applications rely on the 'cloud's' vast computing power, but fail to exploit its full ca...
The inherently limited processing power and battery lifetime of mobile phones hinder the possible ex...
Abstract—The latest developments in mobile devices technol-ogy have made smartphones as the future c...
Cloud computing and mobile computing are two of the most influential technologies that look set to c...
Cloud computing and mobile computing are two of the most influential technologies that look set to c...
Computational offloading frameworks are a widely-researched technology for optimising mobile applica...
The latest developments in mobile computing technology have enabled intensive applications on the mo...
Abstract—Recently as smartphones have a wide range of capabilities a lot of heavy applications like ...
Functionality on mobile devices are ever richerin daily life. Mobile devices have limited resourcesl...
Abstract Our daily lives are dominated by the use of smart phones. These gadgets, however, have dra...
Mobile devices are increasingly becoming the preferred platform of computation for many users. Unfor...
The fast evolution of mobile applications demonstrates the growing need for more resources and proce...
In the past few years, smartphones have emerged as a new computing platform that supports a wide ran...
<div><p>The latest developments in mobile computing technology have enabled intensive applications o...
Abstract—Smartphones are now becoming extremely popular with an extensive range of heavy application...
Many mobile applications rely on the 'cloud's' vast computing power, but fail to exploit its full ca...
The inherently limited processing power and battery lifetime of mobile phones hinder the possible ex...
Abstract—The latest developments in mobile devices technol-ogy have made smartphones as the future c...
Cloud computing and mobile computing are two of the most influential technologies that look set to c...
Cloud computing and mobile computing are two of the most influential technologies that look set to c...
Computational offloading frameworks are a widely-researched technology for optimising mobile applica...
The latest developments in mobile computing technology have enabled intensive applications on the mo...
Abstract—Recently as smartphones have a wide range of capabilities a lot of heavy applications like ...
Functionality on mobile devices are ever richerin daily life. Mobile devices have limited resourcesl...
Abstract Our daily lives are dominated by the use of smart phones. These gadgets, however, have dra...
Mobile devices are increasingly becoming the preferred platform of computation for many users. Unfor...
The fast evolution of mobile applications demonstrates the growing need for more resources and proce...
In the past few years, smartphones have emerged as a new computing platform that supports a wide ran...
<div><p>The latest developments in mobile computing technology have enabled intensive applications o...
Abstract—Smartphones are now becoming extremely popular with an extensive range of heavy application...