Enhance Data Transferred Security in Cloud Using Combination of Dynamic Eventual Batch Rekeying with DHKE and AES Encryption Algorithm

Sura Khalil Abd; S. A. R. Al-Haddad; Fazirulhisyam Hashim; Azizol B. H. J. Abdullah; Salman Yussof

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Enhance Data Transferred Security in Cloud Using Combination of Dynamic Eventual Batch Rekeying with DHKE and AES Encryption Algorithm

机译：使用DHKE和AES加密算法使用动态最终批量重新串联的组合增强数据在云中传输安全性

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In this study, we present an enhancement of data transferred security mechanism in the cloud. We suggest providing a secret key that is exchanged securely between cloud server and cloud group members. This secret key is used to encrypt data transferred using symmetric encryption. Furthermore, batch rekeying method will be applied to develop a rekeying technique for securing group communication in cloud applications. The proposed rekeying technique will be designed to have the following properties: improve system efficiency by reducing the percentage of wasted computing resources and reducing the number of message signing, eliminate out-of-synchronization problem and ensure forward and backward secrecy.

机译：在这项研究中，我们提高了云中的数据传输安全机制的增强。我们建议提供一个秘密密钥，该密钥在云服务器和云组成员之间安全地交换。该密钥用于加密使用对称加密传输的数据。此外，将应用批量重新调整方法来开发用于保护云应用中的组通信的重新调用技术。建议的重新调用技术将设计为具有以下性质：通过降低浪费的计算资源的百分比来提高系统效率，并减少消息签名的数量，消除同步超出问题，并确保前进和后向保密。

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来源
《Journal of Engineering & Applied Sciences》 |2016年第3期|共6页
作者
Sura Khalil Abd; S. A. R. Al-Haddad; Fazirulhisyam Hashim; Azizol B. H. J. Abdullah; Salman Yussof;
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作者单位

Department of Computer and Communication System Engineering University Putra Malaysia UPM;

Department of Computer and Communication System Engineering University Putra Malaysia UPM;

Department of Computer and Communication System Engineering University Putra Malaysia UPM;

Department of Computer Science and Information Technology;

College of Engineering University of Diyala;

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原文格式 PDF
正文语种 eng
中图分类一般工业技术;
关键词
Message; Group; Secret; Cloud; Batch;

机译：消息;群体;秘密;云;批量;

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1. Enhance Data Transferred Security in Cloud Using Combination of Dynamic Eventual Batch Rekeying with DHKE and AES Encryption Algorithm [J] . Sura Khalil Abd, S. A. R. Al-Haddad, Fazirulhisyam Hashim, Journal of Engineering & Applied Sciences . 2016,第3期

机译：使用DHKE和AES加密算法使用动态最终批量重新串联的组合增强数据在云中传输安全性
2. Hybrid Encryption Algorithms for Medical Data Storage Security in Cloud Database [J] . Fenghua Zhang, Yaming Chen, Weiming Meng, International Journal of Database Management Systems . 2019,第1期

机译：云数据库中医疗数据存储安全的混合加密算法
3. AES Encryption Algorithm Parallelization in Order to Use Big Data Cloud Naser Attar, Hossein Deldari, Marzie Kalantari [J] . Naser Attar, Hossein Deldari, Marzie Kalantari Computer and information science . 2017,第3期

机译：AES加密算法并行化以使用大数据云Naser Attar，Hossein Deldari，Marzie Kalantari
4. Enhancing the data security in Cloud by implementing hybrid (Rsa Aes) encryption algorithm [C] . Mahalle Vishwanath S, Shahade Aniket K 2014 International Conference on Power, Automation and Communication . 2014

机译：通过实施混合（Rsa和Aes）加密算法来增强Cloud中的数据安全性
5. Security Analysis of Combinational Logic Encryption Algorithms [D] . Shen, Yuanqi . 2019

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6. Security-Enhanced 3D Data Encryption Using a Degradable pH-Responsive Hydrogel [O] . Hongjing Wen, Bin Wang, Hongbo Zhu, 2021

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7. Enhancing Data Dynamics and Storage Security for Cloud Computing using Merkle Hash Tree and AES Algorithms [O] . Poonam M. Pardeshi, Deepali R. Borade 2015

机译：使用merkle哈希树和aEs算法增强云计算的数据动态和存储安全性

Enhance Data Transferred Security in Cloud Using Combination of Dynamic Eventual Batch Rekeying with DHKE and AES Encryption Algorithm

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