A service based trust management classifier approach for cloud security

Banerjee, Chandan; Kundu, Anirban; Basu, Moitree; Deb, Pradipta; Nag, Devtapa; Dattagupta, Rana

doi:10.1109/icact.2013.6710519

Cited by 5 publications

(4 citation statements)

References 3 publications

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“…Authors, in this paper, proposed a new model of trust management which is constructed as a framework for data security through cloud computing [21]. This framework is capable of securing users' data, in which malicious users could be rapidly detected.…”

Section: J Service-based Trustmentioning

confidence: 98%

HITCloud: Novel hierarchical model for trust management in cloud computing

Mohammadnia

Shakeri

2014

2014 International Congress on Technology, Communication and Knowledge (ICTCK)

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Nowadays, due to growth and diversity of possessions (e.g. computers, mobile phones, smart cars, etc.), cloud computing has become popular among people. Users access cloud for different reasons such as searching for information, downloading specific files, and executing remote applications. This designated technology takes advantage of a clustered environment and multi-pathway of communication. This novel field of computation requires a wise decision-maker on its pathway in which trust and reputation are two major issues on it. Moving data computing into "Cloud" presents several security issues for main structure, but it will be also much more convenient for users and customers in the way of their utilizations. Therefore, it would be required to turn cloud system into precision mode, more than ever. The action of dispatching jobs on nodes increase the vulnerability to attack through the non-estimated trustworthiness among nodes.In this paper we propose a novel effective model for cloud job distribution to have better decisions in its job switching and rescaling a hierarchical construction for security management and dynamic control in the area where nodes are categorized within. Our proposed system is based on job replica output for consistency and higher monitoring on dispatcher; thus, with grouping new sections, including trust on node, trust on region, and hierarchical trust on dispatcher. Dispatcher would be able evaluate the current trust through several factors, such as satisfaction, reputation, and history of success. And finally choosing the conducive service provider and switch the job along.

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Section: J Service-based Trustmentioning

confidence: 98%

HITCloud: Novel hierarchical model for trust management in cloud computing

Mohammadnia

Shakeri

2014

2014 International Congress on Technology, Communication and Knowledge (ICTCK)

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“…The ontology-based security context reasoning system (Choi & Choi, 2019) was failed to define interference rules for several contexts. In (Banerjee et al, 2013), a service-based trust management approach was employed for cloud security, however, this method failed to consider various sets of values for easy computation.…”

Section: Research Gaps Identifiedmentioning

confidence: 99%

“…At last, the JAVA platform was exploited to carry out the simulations. A service-based trust management classifier technique for cloud security was introduced Banerjee et al, (2013). Moreover, the constant value was introduced for the classification process, which transmits an access request to the equivalent cluster.…”

Section: Cloud Security-based Approachesmentioning

confidence: 99%

Study and Analysis of Various Cloud Security, Authentication, and Data Storage Models

Pawar

Ghumbre²,

Jogdand³

2022

International Journal of Decision Support System Technology

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In recent days, widespread acceptance of cloud data storage applications increases various privacy problems and security problems. Outsourced data security is considered the main confrontation for cloud clients because of data control loss. This review presents a detailed survey of 50 research papers presenting privacy preservation approaches, namely authentication-based, cloud security-based, data storage-based, data security-based, and encryption-based techniques. The analysis is considered based on the categorization of approaches, dataset employed, utilized software tools, published year, and the performance metrics are discussed. Furthermore, problems raised in existing privacy preservation techniques are elucidated in the research gaps and problems section. The future work of this study is based on the research gaps and problems recognized from present research schemes. Additionally, JAVA software language is widely utilized for implementing privacy preservation models, and the Amazon access sample database is a commonly employed dataset for the privacy preservation approach.

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“…Cisco reports that cloud data center workloads will tripled from 2015 to 2020 (Networking, 2017). Considering this growth, cloud computing vendors focus on security research to adapt rapid development of this technology (Banerjee et al, 2013).…”

Section: Introductionmentioning

confidence: 99%

Classifying Malicious Thread Behavior in PaaS Web Services

Özdemir

Sandıkkaya

Yaslan

2018

Proceedings of the 8th International Conference on Cloud Computing and Services Science

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Multitenant structure of PaaS cloud delivery model allows customers to share the platform resources in the cloud. However, this structure requires a strong security mechanism that isolates customer applications to prevent interference between different applications. In this paper, a malicious thread behavior detection framework using machine learning algorithms is proposed to classify whether user requests are malicious. The framework uses thread metrics of worker threads and N-Gram frequencies of operations as its features. Test results are evaluated on a real-life scenario using Random Forest, Adaboost and Bagging ensemble learning algorithms and evaluated using different accuracy metrics. It is found that the malicious request detection accuracy of the proposed system is 87.6%.

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A service based trust management classifier approach for cloud security

Cited by 5 publications

References 3 publications

HITCloud: Novel hierarchical model for trust management in cloud computing

HITCloud: Novel hierarchical model for trust management in cloud computing

Study and Analysis of Various Cloud Security, Authentication, and Data Storage Models

Classifying Malicious Thread Behavior in PaaS Web Services

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