Mobil bulut bilişim için bir kod transfer çatısı: Icemobıle

Today, smartphones have become a crucial part of our life with their high performance data processing features and ability to access information from anywhere at any time. However, with the increasing demand for computation intensive operations on the user side, mobile devices become inadequate to meet the user experience with their limited battery and processing capacities. As a remedy, the concept of mobile cloud computing has been introduced in the literature. Despite the fact that there exist many mobile cloud computing enabled applications in the application markets, the low quality bandwidth and unstable response time of cloud services reduce the user experience. A possible solution may be the use of cloudlets -with the term known in the literature- to offer the cloud services in LAN bandwidth quality by bringing them near the mobile devices. In this thesis, a framework named as ICEMobile (Intensive Computing Environment Mobile) is developed to bring the computation offloading capability into the mobile applications. The application developer can use this framework to determine which methods needs to be offloaded to create an energy efficient mobile execution environment with bounded delays. To prove the advantages of ICEMobile enabled mobile applications in Cloudlet environments, it is implemented both real life and synthetic scenarios with a mobile application and cloudlet software prototype. In this work, we demonstrated that it is possible to make energy savings up to %98 on the mobile device by using the ICEMobile framework.