CryptoQNRG: a new framework for evaluation of cryptographic strength in quantum and pseudorandom number generation for key-scheduling algorithms

Keyphrases

• Random number Generation 100%
• Quantum number 100%
• Key Scheduling Algorithm 100%
• Cryptographic Strength 100%
• Block Cipher 75%
• Random number Generator 75%
• Strength Assessment 50%
• Key Schedule 50%
• Cipher 50%
• Encryption Algorithm 50%
• Scheduling Process 25%
• Random number 25%
• Cryptanalysis 25%
• Cryptosystem 25%
• Quantum Random number Generator 25%
• Pseudorandomness 25%
• Hackers 25%
• Key Scheduling 25%
• Subkey 25%
• Schedule-based 25%
• Decryption 25%
• Evaluation Criteria 25%
• Encryption 25%
• Cryptographic Properties 25%

Computer Science

• Generation Number 100%
• Key Scheduling Algorithm 100%
• Random Number Generator 100%
• Block Cipher 75%
• Key Schedule 50%
• Encryption Process 50%
• Cryptography 25%
• Evaluation Criterion 25%
• Random Number 25%
• Scheduling Process 25%
• Decryption 25%
• Cryptographic Property 25%
• Cryptanalysis 25%

Mathematics

• Pseudo-Random Number 100%
• Key Scheduling 100%
• Quantum Number 100%
• Random Number Generator 80%
• Block Cipher 60%
• Key Schedule 40%
• Decryption 20%
• Random Number 20%
• Subkey 20%
• Cryptanalysis 20%
• Cryptography 20%
• Cryptographic Property 20%