Automatic healing of services in cloud computing environment

Vijayalakshmi, M.; Yakobu, D.; Veeraiah, D.; Rao, N. Gnaneswara

doi:10.1109/icaccct.2016.7831738

Cited by 6 publications

(2 citation statements)

References 13 publications

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“…Information that is placed/shared through cloud commonly incorporates client transaction data, client inclinations, and patient's health records, etc. Subsequently, applications in cloud research ordinarily require compelling strategies/mechanisms to protect the security of the cloud client's sensitive data [15]. These strategies/mechanisms should work viably by appropriately handling, testing, and examining the huge amount of data.…”

Section: Introductionmentioning

confidence: 99%

A Crypto Scheme Using Data Obfuscation of Entity Detection and Replacement for Private Cloud

Dasari¹,

Kalluri²,

Dondeti³

2020

IJSSE

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Cloud has been rising, renown, and extremely demanding innovation now a day. Cloud has wide ubiquity with its advanced features, like web access, more stockpiling, easy setup, programmed refreshes, low cost, and resource provisioning on a rent basis. Disregarding many advantages, security is viewed as increasingly significant and drew the consideration of numerous researchers. The information storage is drastically increasing, and there are many occasions that cloud doesn't ensure that data/information that has been placed in the cloud is secured from unauthorized access. Many experts are attempting to guarantee data security in the cloud, yet tragically they don't give satisfactory results. Hence we attempted to propose an effective crypto-scheme with obfuscation and cryptography for unstructured information. The scheme attempts to safeguard the secrecy of information at two phases. In the first phase, it obfuscates the file by supplanting the keywords (obfuscation), and at the subsequent phase, the obfuscated file is encoded by using the conventional RSA (Rivest Shamir Adleman) encryption algorithm for high security. Investigation results show that the proposed mechanism yields great outcomes.

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Section: Introductionmentioning

confidence: 99%

A Crypto Scheme Using Data Obfuscation of Entity Detection and Replacement for Private Cloud

Dasari¹,

Kalluri²,

Dondeti³

2020

IJSSE

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“…Data that is stored/shared in cloud typically include customer transaction information, customer preferences, customer feedback and survey feedback and patients health information etc., [37][38]. Hence, applications in cloud computing research typically requires effective techniques/algorithms to preserve the privacy of cloud user's confidential information [15]. These techniques/algorithms should work effectively by properly processing, testing and validating the large amounts of data.…”

Section: Introductionmentioning

confidence: 99%

A Secure, Robust and Effective Cryptoscheme using Data Obfuscation of Entity Detection and Replacement & Encryption for Ensuring Data Privacy in Private Cloud

Yakobu¹,

Kumar²,

Dondeti³

2019

IJAST

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Cloud has been emerging, popular and very demanding technology now a day. Cloud has got wide popularity with its sophisticated features such as internet access, more storage, easy setup, automatic updates, low cost and resource provisioning based on "pay as you go" policy. In spite of advantages, security is considered to be more important and drew the attention of many researchers. The data storage is becoming an indispensable measurement in cloud and most of the times cloud does not guarantee that information/data that has been stored is secured from illegitimate access. Many researchers are working to ensure information security in cloud but unfortunately they do not provide adequate security. This paper is aiming to propose an efficient algorithm with obfuscation and cryptography for unstructured data. The algorithm works to preserve confidentiality of data stored in cloud at two levels. At the fist level the algorithm obfuscate the document by replacing the key words (obfuscation), and at the second level obfuscated document is encrypted using traditional RSA algorithm for better security. Experimental results shows that the proposed algorithm yields good results.

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