Titlebook: NETWORKING 2012; 11th International I Robert Bestak,Lukas Kencl,Hao Yin Conference proceedings 2012 IFIP International Federation for Infor

唠叨

Distributed Content Backup and Sharing Using Social Informationd by the home users. Our solution leverages the interaction between remote gateways in a social way, i.e., by exploiting the users’ social networking information, so that backup recipients are those gateways whose users are most likely to be interested in accessing the shared content. We formulate t

jeopardize

Trans-Social Networks for Distributed Processingxperiences, knowledge and information, using personal computers or mobile devices. In fact, Social Networks can be regarded as enabling information sharing in a peer-to-peer fashion. Given the enormous number of users, sharing could also be applied to the untapped potential of computing resources in

或者发神韵

Context-Sensitive Sentiment Classification of Short Colloquial Textch questions, such as the analysis of information diffusion and how individuals are influencing opinion formation in groups. Many of these new questions however require an automatic assessment of the sentiment of user statements, a challenging task further aggravated by the unique communication styl

gangrene

牵索

陪审团每个人

花束

BOLUS

Resilient Virtual Network Design for End-to-End Cloud Servicesbility guarantees. Even though providing such QoE guarantees is of high importance for cloud services, it is mostly not possible today if the services traverse different domains. To addresses this problem, firstly, we introduce novel resilient design methods for virtual networks minimizing the cost

Impugn

Dynamic Scaling of Call-Stateful SIP Services in the Cloud carrier-grade requirements of telco services (such as SIP services) complicate the successful adoption of dynamic scaling in a telco cloud. This paper investigates how to enable dynamic scaling of these telco services in an effective manner, focusing in particular on call-stateful SIP services. Fir

臭了生气

Remedy: Network-Aware Steady State VM Management for Data Centersork, and if required, a VM migration can be intelligently orchestrated to decongest a network hotspot. Recent research in network-aware management of VMs has focused mainly on an optimal network-aware initial placement of VMs and has largely ignored steady state management. In this context, we prese