Current offloading mechanisms for mobile energy hungry apps consider the cloud as a separate remote support to the mobile devices. We take a different approach: We present CDroid, a system residing partially on the device and partially on a cloud software clone coupled with the device, and uses the cloud-side as just-another-resource of the real device. It enhances the user-experience by improving web navigation, compressing and caching web-pages, blocking unwanted ads, and protects user data by virus scanning apps on the cloud-side prior installation on the real-device. CDroid puts the first steps towards a hybrid cloud-integrated mobile system of the future.
CDroid: Towards a Cloud-Integrated Mobile Operating System / Marco Valerio Barbera, ; Kosta, Sokol; Mei, Alessandro; Vasile Claudiu Perta, ; Stefa, Julinda. - STAMPA. - 2013-:(2013), pp. 47-48. (Intervento presentato al convegno IEEE INFOCOM 2013 tenutosi a Turin, Italy nel 14-19 April 2013) [10.1109/INFCOMW.2013.6970730].
CDroid: Towards a Cloud-Integrated Mobile Operating System
Sokol Kosta;MEI, Alessandro;STEFA, JULINDA
2013
Abstract
Current offloading mechanisms for mobile energy hungry apps consider the cloud as a separate remote support to the mobile devices. We take a different approach: We present CDroid, a system residing partially on the device and partially on a cloud software clone coupled with the device, and uses the cloud-side as just-another-resource of the real device. It enhances the user-experience by improving web navigation, compressing and caching web-pages, blocking unwanted ads, and protects user data by virus scanning apps on the cloud-side prior installation on the real-device. CDroid puts the first steps towards a hybrid cloud-integrated mobile system of the future.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
