Algorithm flowchart. by Mingyi Huo (21743594)

Formal analysis for Algorithm 1 and Algorithm 2. by Amal Ezz-Eldien (20235128)

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Proposed algorithm performance time with prime number algorithms. by Amal Ezz-Eldien (20235128)

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Comparison result of the encryption efficiency required by different encryption algorithms for the Female image at varying sizes. by Mingyi Huo (21743594)

Comparative analysis of proposed algorithms with state-of-the-art prime algorithms. by Amal Ezz-Eldien (20235128)

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Execution times (in seconds) of various prime number generation algorithms. by Amal Ezz-Eldien (20235128)

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Comparison of NPCR, UACI, BACI values of various algorithms for Female image. by Mingyi Huo (21743594)

The principles of the SM2 algorithm. by He-Jun Lu (11278574)

“…Experimental evaluations demonstrate the system’s strong security performance and communication efficiency: SM2 achieves up to 642 times faster key generation and 2.2 times faster decryption compared to RSA-3072; SM3 improves hashing performance by up to 11.5% over SHA-256; and SM4 delivers up to 22% higher encryption efficiency than AES-256 for small data blocks. …”

The SM3 cryptographic hash algorithm. by He-Jun Lu (11278574)

“…Experimental evaluations demonstrate the system’s strong security performance and communication efficiency: SM2 achieves up to 642 times faster key generation and 2.2 times faster decryption compared to RSA-3072; SM3 improves hashing performance by up to 11.5% over SHA-256; and SM4 delivers up to 22% higher encryption efficiency than AES-256 for small data blocks. …”

Execution times (in seconds) of the proposed algorithm for generating prime numbers within various ranges. by Amal Ezz-Eldien (20235128)

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SM4 cryptographic algorithm flow chart. by He-Jun Lu (11278574)

“…Experimental evaluations demonstrate the system’s strong security performance and communication efficiency: SM2 achieves up to 642 times faster key generation and 2.2 times faster decryption compared to RSA-3072; SM3 improves hashing performance by up to 11.5% over SHA-256; and SM4 delivers up to 22% higher encryption efficiency than AES-256 for small data blocks. …”

Generation of odd numbers. by Amal Ezz-Eldien (20235128)

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Comparison of homomorphic encryption algorithms. by JiaMing Wang (334865)

“…This algorithm leverages a federated learning architecture and combines it with Paillier homomorphic encryption technology to ensure the security of the training process. …”

Generation of prime numbers based on a limit. by Amal Ezz-Eldien (20235128)

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Generation of prime numbers based on a range. by Amal Ezz-Eldien (20235128)

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pone.0311782.t002 - Computational challenges and solutions: Prime number generation for enhanced data security by Amal Ezz-Eldien (20235128)

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pone.0311782.t005 - Computational challenges and solutions: Prime number generation for enhanced data security by Amal Ezz-Eldien (20235128)

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Image encryption algorithm flow chart. by Ye Tao (326899)

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Encryption decryption algorithm experimental data set images. by Suresh Rasappan (20135850)

Encryption performance. by Ali Shahzad (15251641)

“…Our analyses show that this algorithm significantly improves the security and efficiency of health data exchanges. …”