Paper Info
Title
Resource Trust Management in Auto-Adaptive Overlay Network for Mobile Cloud Computing
Abstract
Management of large distributed servers and mobile devices as resources that define Mobile Cloud systems is a complex problem of critical importance in our days when large number of users with high-heterogeneous mobile devices interacts in various ways. Efficient management of heterogeneous resources requires uniform overlay network with well-established joining and routing protocols. An auto-adaptive overlay is a fault tolerant one, creating a reliable system. When network resources are unreliable and sometime untrusted, trust management becomes an important issue for resource selection and allocation. This paper describes a new model for resource trust management in Mobile Cloud systems. It uses a bio-inspired structure for constructing the overlay in a honeycomb structure. Then we introduce a model for resource trust management based on feedback, which is very similar to peer-to-peer trust management systems like Eigen Trust, R2Trust, Super Trust or Trust Me. Based on overlay construction and trust value computation, we propose a general flow for a resource request in Mobile Cloud systems logically organized as a honeycomb structure. We evaluate the proposed solution using simulation and the obtained results highlights the performance of proposed auto-adaptive overlay that can be use as a content distribution platform in Mobile Cloud systems.
Year
DOI
Venue
2014
10.1109/ISPDC.2014.25
ISPDC
Keywords
Field
DocType
resource management, trust management, overlay network, mobile cloud computing, peer-to-peer systems,computer network security,mobile computing,mobile communication,routing protocol,trusted computing,resource management,resource allocation,cloud computing,overlay networks,routing,overlay network,honeycomb structure
Mobile computing,Resource management,Mobile cloud computing,Computer science,Computer network,Mobile device,Fault tolerance,Computational trust,Overlay network,Distributed computing,Routing protocol
Conference
ISSN
Citations 
PageRank 
2379-5352
3
0.42
References 
Authors
11
4
Name
Order
Citations
PageRank
Florin Pop167490.24
Oana-Maria Citoteanu250.83
Ciprian Dobre355287.40
Valentin Cristea471482.03