Search Results - ecce homo*

Choices on designing GF (p) elliptic curve coprocessor benefiting from mapping homogeneous curves in parallel multiplications by Al-Haija, Qasem Abu, Al-Khatib, Mohammad Hussein Fayiz, Jaafar, Azmi

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Factors affecting the improvement of visual acuity after cataract surgery among cataract patients in Malaysia based on the national eye database 2014-2018 by Sa'at, Nadiah

“…Results from marginal homogeneity test on VA before and after surgery had significant differences (p <0.001). …”
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Design and performance evaluation of parallel elliptic curve cryptosystem with GF(P) projective coordinates by Hussein Fayiz, Mohammad Al-Khatib

“…The best performance level was achieved using homogeneous coordinates. This projection also showed the highest performance for both Montgomery and Standard curves when applied using four and five parallel multipliers (PM) respectively. …”
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Parallelizing GF (p) montgomery elliptic curve crypto-system operations to improve security and performance. by Mohammad Alkhatib, Jaafar, Azmi, Md Said, Mohamad Rushdan, Ahmad Zukarnain, Zuriati

“…Hardware implementations with target FPGA for GF (p) Montgomery ECC are also presented. The best performance level was achieved when parallelizing Montgomery ECC computations to eight parallel multipliers (PM) using homogeneous coordinates. …”
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Parallelizing GF (p) montgomery elliptic curve crypto-system operations to improve security and performance. by Alkhatib, Mohammad, Jaafar, Azmi, Md Said, Mohamad Rushdan, Ahmad Zulkarnain, Zuriati

“…Hardware implementations with target FPGA for GF (p) Montgomery ECC are also presented. The best performance level was achieved when parallelizing Montgomery ECC computations to eight parallel multipliers (PM) using homogeneous coordinates. …”
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Implementation of High Speed Large Integer Multiplication Algorithm on Contemporary Architecture by Chang, Boon Chiao

“…To achieve certain level of security, Public Key Cryptography algorithm is performed on large integer that is more than 64-bit, typical bit size supported by conventional Central Processing Unit (CPU) (e.g. 512-bit for Elliptic Curve Cryptography (ECC), 2048-bit for Rivest-Shamir-Adleman (RSA) and million bits for Fully Homomorphic Encryption (FHE)). …”
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Securebblockcert : Enhancing the security, privacy and scalability of educational digital credentials through blockchain by Salleh, Omar Saad

“…Built on Hyperledger Fabric, SecureBlockCert integrates advanced cryptographic techniques such as Elliptic Curve Cryptography (ECC), EdDSA for secure signatures, and fully homomorphic encryption, along with SHA-256 for data privacy, fortifying credential systems against unauthorized access and misuse. …”
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