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检索条件"主题词=Encryption algorithms"

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Histogram Publication with Shuffled Differential Privacy 24

Histogram Publication with Shuffled Differential Privacy

引用

24th IEEE International Conference on Software Quality, Reliability and Security Companion, QRS-C 2024

作者： Gao, Yiming Yang, Xiaopeng Wu, Tong Zhou, Yuqian College of Computer Science and Technology Nanjing University of Aeronautics and Astronautics Nanjing China

ISBN: (纸本)9798350365658

In this paper, we propose a histogram publication algorithm HP-SDP (histogram publication with shuffled differential privacy) for the existing histogram publication methods, which is difficult to effectively balance the user privacy and the collector's analyzing accuracy at the same time. The algorithm combines the shuffled response mechanism SRR (shuffled randomized response) designed by the local data encryption technique, which can perturb the user data in a linear decomposition manner, and a uniform random arrangement algorithm MRS (message random shuffling) based on heap arrangement technique, which is able to shuffle all the user's data using the MRS. Using MRS to randomly arrange all users' messages, the shuffled messages satisfy the centralized differential privacy, which makes the malicious collector unable to screen the identity of the target user through the link between the message and the user. The experimental results of the HP-SDP algorithm and the existing histogram publishing algorithms on two kinds of datasets show that the publishing accuracy is better than the similar algorithms. © 2024 IEEE.

关键词： encryption algorithms

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Performance Analysis of Shor's Algorithm for Integer Factorization Using Quantum and Classical Approaches 10

Performance Analysis of Shor's Algorithm for Integer Factori...

引用

10th International Conference on Advanced Computing and Communication Systems, ICACCS 2024

作者： Thamaraimanalan, T. Singh, Bhupendra Mohankumar, M. Korada, Santosh Kumar Sri Eshwar College of Engineering Department of Ece Coimbatore India Cair Drdo Bangalore560093 India

ISBN: (纸本)9798350384369

Factoring large numbers poses a significant chal-lenge in contemporary cryptography and security practices. Shor's algorithm presents a remarkable advancement over clas- sical methods by providing exponential acceleration in factoring large numbers, presenting a possible risk to traditional cryptography methods. The algorithm relies on the Quantum Fourier Transform (QFT) and modular exponentiation principles to efficiently ascertain the period (x) of a given large number (N). Upon determining the period using classical methods, the prime factors of the large number can be easily computed. To eval- uate the algorithm's efficiency and scalability, both simulation- based experiments and theoretical analyses are conducted. The algorithm is simulated utilizing the Qiskit back end to estimate resources, including Clifford gates, T gates, T depth, Full depth, and qubits, across a range of large numbers. © 2024 IEEE.

关键词： encryption algorithms

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Effective Adaptable Framework for Security of IoT Devices 3

Effective Adaptable Framework for Security of IoT Devices

引用

3rd International Conference on Communication, Control, and Intelligent Systems, CCIS 2024

作者： Sharma, Cheshta Sharma, Tripti Shri Venkateshwara University Department of Computer Science and Engineering Gajraula India Inderprasth Engineering College Department of Computer Science and Engineering Ghaziabad India

ISBN: (纸本)9798331528201

The Internet of Things (IoT) becomes the most demanding technology over the past few years. IoT is the basic need of daily life. The security of these devices is very important because they contain large files of sensitive data, the exposure of these devices can be fatal. To ensure the security of different types of IoT devices, we have designed a problem for optimization of weights in this work. The operational goal of this work is to protect different IoT devices alogwith determining a balance between resource and device usage. This framework includes resources and transfers the requirements of heterogeneous IoT devices and modifies different image and implementations using Hungarian algorithm. To attain the objective, five different ways are described to solve the Advanced encryption Standard (AES). Extensive testing is done to find the best trade with different stocks and weights. The proposed framework is also compared to random greedy methods. The benchmark results show that the proposed system has been modified to secure the system based on IoT while offering better performance and results. Compared to the random method, the proposed method yielded an average of 3% and 13% improvement and in 11% and 17% greedy approach and resource utilization. © 2024 IEEE.

关键词： encryption algorithms

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Delving into Potential Asymmetric Cryptographic algorithms for the Post-Quantum Era 25

Delving into Potential Asymmetric Cryptographic Algorithms f...

引用

25th IEEE International Conference of Young Professionals in Electron Devices and Materials, EDM 2024

作者： Juraev, Gayrat U. Mavlonov, Alisher B. Dept. Information Security National University of Uzbekistan Tashkent Uzbekistan Dept. Computer Science Urgench State University Urgench Uzbekistan

ISBN: (纸本)9798350389234

In this paper we will look at how quantum computers solve problems used in modern cryptographic systems, and what post-quantum cryptographic systems exist. We focus on the scheme, that developed in the direction of multivariate cryptography. Our paper presents a symmetric cryptosystem in a finite field utilizing a matrix Amxn and its right inverse Bnxm for m > n. This property of matrices, particularly evident when the dimensions are equal m = n, is actively used in AES. This utilization involves matrix transformations integral to the SubBytes() and InvSubBytes() functions. Moreover, a similar design principle is employed in the O'zDSt 1105:2006 data encryption algorithm, where it constitutes essential components of the AralashHolat() and TesAralashHolat() transformations. Additionally, we introduce a one-way function based on a special matrix with a zero determinant in a finite field, a concept not currently existing in asymmetric cryptography within our scheme. This approach fortifies defenses, diversifies cryptosystems, and addresses current vulnerabilities. We delve into matrix based asymmetric algorithms in finite fields, seeking to fortify our digital realm against the quantum unknown. This research promises post-quantum security, aligns with existing cryptographic abstractions, and fosters agility in an evolving landscape. © 2024 IEEE.

关键词： encryption algorithms

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The system of secured user’s credentials transfer

The system of secured user’s credentials transfer

引用

2024 Cybersecurity Providing in Information and Telecommunication Systems II, CPITS-II 2024

作者： Korchenko, Oleksandr Ivanchenko, Yevheniia Ivanchenko, Ihor Pedchenko, Yevhenii Petrovska, Mari State University of Information and Communication Technologies 7 Solomianska str Kyiv03110 Ukraine National Aviation University 1 Liubomyra Huzara ave. Kyiv03058 Ukraine

This paper describes a developed system of secured user credentials transfer from a user’s web browser to a web application server. This paper will describe in detail the operation of an advanced 10-level encryption algorithm for user credentials and demonstrate a High-Level Design system that represents the algorithm’s step-by-step execution. The basis of this algorithm is the verification of user data to detect illegal (malicious) activity when entering a user’s login and password. Based on the presented encryption algorithm, an experimental study of the developed user authorization web page and the processing of the entered credentials, before sending and after receiving the data processed by the web server. © 2024 Copyright for this paper by its authors.

关键词： encryption algorithms

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Secure Key Generation and Distribution at Physical Layer by Using Ultra-Long Fiber Laser 3

Secure Key Generation and Distribution at Physical Layer by ...

引用

3rd IEEE International Conference on Problems of Informatics, Electronics and Radio Engineering, PIERE 2024

作者： Nyushkov, Boris Korel, Igor Novosibirsk State Technical University Quantum Cryogenic Electronics laboratory Novosibirsk Russia

ISBN: (纸本)9798331516321

Secure fiber-optic communication systems are an important area of research and development in the IT industry. In this work, we report the development of a promising fiber laser system for physical-layer secure key generation and distribution. This is a pulsed ultra-long Erbium fiber laser in which pulse shaping is symmetrically split between two communicating parties (Alice and Bob). The proposed protocol for the physical-layer secure key generation and distribution is based on control of the duration of generated laser pulses. Alice and Bob contribute random binary values to the secure key generation by making independent choices of their states in the split pulse shaping every bit cycle. The key exchange is secured whenever different choices lead to the same pulse duration, thereby confusing an eavesdropper (Eve). Two strong algorithms for the transmitted data encryption at the physical layer are proposed and discussed as well. One of them uses a private key to encrypt the message entered by one of the communicating parties, and the other uses a meaningful message entered synchronously by the other party. © 2024 IEEE.

关键词： encryption algorithms

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Optimizing AES-256 with Keccak Permutations: Achieving High Security and Performance with Reduced Rounds 15

Optimizing AES-256 with Keccak Permutations: Achieving High ...

引用

15th International Conference on Information and Communication Technology Convergence, ICTC 2024

作者： Chio, Ma. Esther B. Sison, Ariel M. Medina, Ruji P. Technological Institute of the Philippines Quezon City Philippines University of Science and Technology of Southern Philippines Cagayan de Oro City Philippines Emilio Aguinaldo College Manila Philippines

ISBN: (纸本)9798350364637

This study introduces an innovative approach to enhancing AES-256 encryption by integrating the Keccak permutation into its key generation process, aiming to improve both security and performance while reducing the number of encryption rounds. Keccak-enhanced AES-256, evaluated with 10 and 14 rounds, was compared against the standard AES-256 (14 rounds) across key metrics such as entropy, avalanche effect, differential probability, encryption time, power consumption, and side-channel attack resistance. The 10-round Keccak-enhanced variant achieved a 25% reduction in encryption time and a 28% decrease in power consumption compared to standard AES-256, while maintaining a high avalanche effect (95%) and significantly lower differential probability (10^-9), indicating enhanced security. The results suggest that Keccak-enhanced AES-256 provides a more efficient and secure alternative to traditional AES-256, with significant implications for security-critical applications in finance, healthcare, and government sectors. By setting a new standard for encryption efficiency, this approach paves the way for future research into optimizing cryptographic algorithms for various real-world scenarios. © 2024 IEEE.

关键词： encryption algorithms

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Improving Blockchain Privacy Security Based on Improved RSA Algorithm 5

Improving Blockchain Privacy Security Based on Improved RSA ...

引用

5th International Symposium on Computer Engineering and Intelligent Communications, ISCEIC 2024

作者： Zeng, Zhejun Lin, Ning Xiao, Qunli Xiao, HengHui Huang, Xubin Ning, Liyan Huang, Yusi Wu, Hongwu Mai, Zhuoqi Hu, Faming Guangdong Planning and Designing Institute of Telecommunication Co. Ltd. Guangdong China Guangdong Communications Services Company Limited Guangdong China

ISBN: (纸本)9798331518677

This paper proposes a blockchain privacy encryption scheme based on CRT-RSA algorithm. This encryption scheme decomposes the large integer modular operation of RSA algorithm into two smaller modular operations, which significantly improves the computational efficiency. Through the comparison of random decryption experiments, it is confirmed that the improved algorithm im-proves the efficiency and the results are more stable. The experimental results verify the feasibility of this encryption scheme in solving the problem of privacy processing efficiency of blockchain big data. © 2024 IEEE.

关键词： encryption algorithms

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Examining the Efficiency of Implemented Cryptographic algorithms for Blockchain Technologies 15

Examining the Efficiency of Implemented Cryptographic Algori...

引用

15th International Conference on Computing Communication and Networking Technologies, ICCCNT 2024

作者： Premalatha, K.P. Sahu, Kuldip Kumar Gour, Murli Manohar Department of Management School of Mangement - PG JAIN Karnataka Bangalore India Department of Mechnical Engineering ARKA JAIN University Jharkhand Jamshedpur India Department of Mathematics Vivekananda Global University Jaipur India

ISBN: (纸本)9798350370249

This paper explores the performance of implemented cryptography algorithms used for various blockchain technologies, which include Bitcoin, Ethereum, and Hyperledger. Diverse techniques for assessing cryptographic algorithm implementations and their relative performances are mentioned, inclusive of efficiency (variety of bits processed in step with unit time), strength intake, and hardware overhead. Through studying the computational complexity, conversation complexity, and garage ability, the paper assesses commonplace operations together with key era, key alternate, virtual signature, and encryption/decryption for a ramification of algorithms. Further, the scalability of the algorithms on big networks is tested and analyzed. ultimately, an assessment of the security of the algorithms is executed by measuring security parameters, which include facet-channel assault resistance, nonce reuse resistance, and quantum resistance. This paper provides an overview of the overall performance of applied cryptography algorithms, which allows researchers and developers to pick out the algorithm that is most appropriate for their blockchain utility. ©2024 IEEE.

关键词： encryption algorithms

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Research on the Parallel SM4-OFB Acceleration Based on Multiple Rounds of Iteration 3

Research on the Parallel SM4-OFB Acceleration Based on Multi...

引用

3rd International Conference on Artificial Intelligence and Computer Information Technology, AICIT 2024

作者： Han, Ya Wang, Mingsheng Li, Yongqiang Ren, Lifeng Institute of Information Engineering CAS Key Laboratory of Cyberspace Security Defense Beijing China Chongqing Research Institute of Big Data Peking University Chongqing China

ISBN: (纸本)9798350365443

In OFB mode, the output of the cryptographic algorithm is fed back to the input of the cryptographic algorithm. The OFB mode does not directly encrypt plaintext through cryptographic algorithms, but generates ciphertext blocks by XOR combining plaintext blocks with the output of cryptographic algorithms. In OFB encryption mode, messages are treated as bitstreams, and the output of block encryption is added to the encrypted messages, making it difficult for bit errors to propagate. The SM4 algorithm is a symmetric cryptographic technique developed by the Chinese National Cryptographic Administration and standardized as part of the State encryption Standard in China. SM4 is widely adopted in various applications, including wireless communication systems and secure data transmissions. In this paper, a fast implementation method of SM4 in OFB mode is proposed. We calculate the possible parallelization operations in OFB mode using the operational relationship between the SM4 algorithm round functions, and ensure the correctness of SM4-OFB encryption through a feedback compensation method. © 2024 IEEE.

关键词： encryption algorithms

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