| Document Date: 2012-07-10 07:44:30
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City Helsinki / / Company Computer-Communication Networks / / Country Finland / / Currency USD / / / Facility Georgia Institute of Technology / / IndustryTerm user devices / nearby cloud/cloudlet infrastructure / cloud computing resource / disruption-tolerant networks / greedy allocation algorithm / portable devices / delay tolerant network / generalized remote computing paradigm / volunteer distributed computing / infrastructure-based computing resources / service software / cloud computing resources / energy aware utility function / real-time applications / public-resource computing / speedup computing / energy use / migration algorithms / wireless access point / tactical edge networks / nearby computing resources / nearby devices / mobile computing / opportunistic networks / intensive mobile applications / remote server / remote computing / conserve energy / design subtask allocation algorithms / energy consumption / initiator mobile device / mobile user devices / subtask allocation algorithms / protection against future network / remote processing / migration algorithm / subtask allocation algorithm / individual device / mobile devices / cloud-computing context / low-end mobile device / computing / initiator device / intermittently-connected wireless networks / virtual machine technology / secure and efficient disaster response communications / mobile infrastructure / remote device / mobile device / / NaturalFeature Connectivity w/o Control Channel / Connectivity w/ Control Channel / / Organization US National Science Foundation / Mayur Naik School of Computer Science / Georgia Institute of Technology / Atlanta / / Person N. Banerjee / Cirrus Clouds / Ellen W. Zegura / F. Benbadis / V / C. Shi / V / A. Balasubramanian / Mostafa H. Ammar / Cirrus Cloud / V. Conan / / / Product CoD / FaceRecognition / / Technology CoD subtask allocation algorithm / virtual machine technology / migration algorithm / mobile device / migration algorithms / Mobile devices / greedy allocation algorithm / wireless access / Smartphones / Mobile computing / subtask allocation algorithms / same algorithm / design subtask allocation algorithms / routing algorithm / /
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Computing in Cirrus Clouds: The Challenge of Intermittent Connectivity Cong Shi, Mostafa H. Ammar, Ellen W. Zegura, and Mayur Naik School of Computer Science, Georgia Institute of Technology, Atlanta, GA 30332, USA {csh