Dependable and Secure Distributed Storage System for Ad Hoc Networks

Ball, Rudi; Grant, J. Douglas; So, Jonathan; Spurrett, Victoria; Lemos, Rogério de

doi:10.1007/978-3-540-74823-6_11

Cited by 3 publications

(1 citation statement)

References 7 publications

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“…The dispersion map proposed the use of a Huffman encoding process based on the use of the frequency of the file. In the same direction, another study proposed two algorithms developed to maintain a constant number of replicated fragments: one based on the game of life, and the other based on roaming ants [54]. Each of them respects the following criteria:…”

Section: The Application Of the Frs Technique Involves The Following mentioning

confidence: 99%

New mechanism for Cloud Computing Storage Security

Mrabti¹,

Ammari²,

Kalam³

et al. 2016

ijacsa

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Abstract-Cloud computing, often referred to as simply the cloud, appears as an emerging computing paradigm which promises to radically change the way computer applications and services are constructed, delivered, managed and finally guaranteed as dynamic computing environments for end users. The cloud is the delivery of on-demand computing resourceseverything from applications to data centers -over the Internet on a pay-for-use basis. The revolution of cloud computing has provided opportunities for research in all aspects of cloud computing. Despite the big progress in cloud computing technologies, funding concerns in cloud, security may limit a broader adoption. This paper presents a technique to tolerate both accidental and intentional faults, which is fragmentation-redundancy-scattering (FRS). The possibility to use the FRS technique as an intrusion tolerance one is investigated for providing secure and dependable storage in the cloud environment. Also a cloud computing security (CCS) based on the FRS technique is proposed to explore how this proposal can then be used via several scenarios. To demonstrate the robustness of the proposal, we formalize our design and we carry out a security as well as performance evaluations of the approach and we compare it with the classical model. The paper concludes by strongly suggesting future research proposals for the CCS framework.

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Section: The Application Of the Frs Technique Involves The Following mentioning

confidence: 99%

New mechanism for Cloud Computing Storage Security

Mrabti¹,

Ammari²,

Kalam³

et al. 2016

ijacsa

View full text Add to dashboard Cite

show abstract

A Network-based Distributed Data Storage System for Data Security in a Hostile Network

Chu¹,

Xie

2022

2022 International Conference on Smart Applications, Communications and Networking (SmartNets)

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Information dependability in distributed systems: The dependable distributed storage system

Distefano

Puliafito

2014

ICA

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In distributed infrastructures data are usually scattered among different nodes and thus accessible by several users. It is therefore necessary to provide mechanisms and tools for managing the information, ensuring the access exclusively to authorized users avoiding malicious ones. Furthermore, satisfactory performance and adequate fault tolerance have to be provided while addressing information confidentiality, availability and integrity issues. In this paper we face the problem of data dependability in distributed system, proposing a redundant lightweight cryptography algorithm combining symmetric and asymmetric cryptography approaches. The proposed algorithm, named dependable distributed storage system (D 2 S 2 ), has been implemented on top of the Grid gLite middleware file access and replica management libraries, as a file system service with cryptography capability, redundancy management and POSIX interface. To demonstrate the effectiveness and the applicability of the D 2 S 2 gLite implementation, performance and reliability of its operations have been evaluated and compared to those of existing solutions. The tests have been performed on real applications to provide a complete overview of the D 2 S 2 implementation. The results thus obtained demonstrate the effectiveness of the D 2 S 2 implementation also compared to existing solutions and former implementations.

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Dependable and Secure Distributed Storage System for Ad Hoc Networks

Cited by 3 publications

References 7 publications

New mechanism for Cloud Computing Storage Security

New mechanism for Cloud Computing Storage Security

A Network-based Distributed Data Storage System for Data Security in a Hostile Network

Information dependability in distributed systems: The dependable distributed storage system

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