149 | | Smartphones are becoming an important element of enterprise computing, but new applications are putting increased demands on limited hardware resources. We propose an offloading framework that takes advantage of local resources in enterprise networks to simultaneously address the resource, performance, and security demands of mobile applications. We demonstrate the application migration component of our in-progress offloading system prototype. An application is launched on a Google Android smartphone, then migrated to an idle desktop (laptop) over an OpenFlow network. We also demonstrate offloading applications to a remote cloud by offloading a running application from the smartphone to the University of Wisconsin-Madison campus OpenFlow network. [http://groups.geni.net/geni/attachment/wiki/GEC8DemoSummary/agember_gec8demo.pdf Demo Summary] |
| 149 | Smartphones are becoming an important element of enterprise computing, but new applications are putting increased demands on limited hardware resources. We propose an offloading framework that takes advantage of local resources in enterprise networks to simultaneously address the resource, performance, and security demands of mobile applications. We demonstrate the application migration component of our in-progress offloading system prototype. An application is launched on a Google Android smartphone, then migrated to an idle desktop (laptop) over an OpenFlow network. We also demonstrate offloading applications to a remote cloud by offloading a running application from the smartphone to the University of Wisconsin-Madison campus OpenFlow network. |
| 150 | |
| 151 | [http://groups.geni.net/geni/attachment/wiki/GEC8DemoSummary/agember_gec8demo.pdf Demo Summary] [[BR]] |
| 152 | [http://groups.geni.net/geni/attachment/wiki/GEC8DemoSummary/agember_gec8poster.pdf Poster] |
| 153 | |