Currently, mobile devices might suffer from their own limited resources to support complex Web applications. We present a framework that can offload JavaScript applications to cloud. Based on dynamic analysis and profiling, our approach partitions the computation-intensive tasks for remote execution and efficiently improves performance.EI
The design of this application is made with little implementation in JavaScript and uses framework7....
AbstractRich mobile applications are characterized by rich functionality, offline usability and port...
With the raise in amount of technologies with which we can build web applications and mobile applica...
Current mobile Web applications (a.k.a, Mobile Web apps) become quite computation-intensive by invol...
Abstract—We present a generic framework, JSCloud, for the remote execution of JavaScript programs. O...
The inherently limited processing power and battery lifetime of mobile phones hinder the possible ex...
The Internet of Things (IoT) has gained wide popularity both in academic and industrial contexts. As...
WESQA—Session IWe present a generic framework, JSCloud, for the remote execution of JavaScript progr...
Abstract. As mobile applications become increasingly complex, the ability to offload computation fro...
Abstract—Cloud computing is all the rage these days; its con-fluence with mobile computing would bri...
Abstract We propose a new elastic application model that enables seamless and transparent use of clo...
AbstractModern mobile devices, such as smartphones and tablets, have made many pervasive computing d...
Offloading computation from mobile to remote cloud servers is a promising way to reduce energy consu...
Due to the portability advantage of web apps, we can easily save the app execution state at a device...
Mobile devices are becoming pervasive, yet a persistent gap in hardware capabilities still separates...
The design of this application is made with little implementation in JavaScript and uses framework7....
AbstractRich mobile applications are characterized by rich functionality, offline usability and port...
With the raise in amount of technologies with which we can build web applications and mobile applica...
Current mobile Web applications (a.k.a, Mobile Web apps) become quite computation-intensive by invol...
Abstract—We present a generic framework, JSCloud, for the remote execution of JavaScript programs. O...
The inherently limited processing power and battery lifetime of mobile phones hinder the possible ex...
The Internet of Things (IoT) has gained wide popularity both in academic and industrial contexts. As...
WESQA—Session IWe present a generic framework, JSCloud, for the remote execution of JavaScript progr...
Abstract. As mobile applications become increasingly complex, the ability to offload computation fro...
Abstract—Cloud computing is all the rage these days; its con-fluence with mobile computing would bri...
Abstract We propose a new elastic application model that enables seamless and transparent use of clo...
AbstractModern mobile devices, such as smartphones and tablets, have made many pervasive computing d...
Offloading computation from mobile to remote cloud servers is a promising way to reduce energy consu...
Due to the portability advantage of web apps, we can easily save the app execution state at a device...
Mobile devices are becoming pervasive, yet a persistent gap in hardware capabilities still separates...
The design of this application is made with little implementation in JavaScript and uses framework7....
AbstractRich mobile applications are characterized by rich functionality, offline usability and port...
With the raise in amount of technologies with which we can build web applications and mobile applica...
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