Number Theory: Foundations and Applications in Cryptography

Related lectures (25)

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Covers number theory, division, remainder, congruence, prime numbers, integer representation, and the Euclidean algorithm.

Discusses public-key cryptography, focusing on standards like RSA, DSA, and AES, and their applications in secure communications.

Covers the RSA cryptosystem, encryption, decryption, group theory, Lagrange's theorem, and practical applications in secure communication.

Introduces cryptography, focusing on the one-time pad and public-key systems, emphasizing privacy and authenticity in information security.

Explores cryptography basics, key exchange protocols, elliptic curve cryptography, and digital signatures for secure data transmission.

Covers the fundamentals of cryptography, including symmetric encryption, digital signatures, and secure communication standards.

Explores public-key cryptography, post-quantum systems, and access control mechanisms in depth.

Explores RSA encryption principles, factorization challenges, and practical applications in data security.

Explores ECDSA and BLS signature schemes, NFC credit card payment, and breaking RSA and DH cryptography.

Introduces cryptography basics, covering encryption, data integrity, error detection, digital signatures, and authentication.