Security enhancement of digital motion image transmission using hybrid AES-DES algorithm

• Main Authors: Vishnu M.B., Tiong S.K., Zaini M., Koh S.P.
• Other Authors: 36979360600
• Format: Conference paper
• Published: 2023
• Subjects: AES; DES; Feistel network; Security enhancement; XL & XSL attacks; Algebra; Algorithms; Cryptography; Imaging systems; Quality of service; Videotex; AES algorithms; AES encryption; AES standard; Algebraic attack; Image noise; Motion images; Security enhancements; Network security

This paper presents the design and implementation of a symmetrical hybrid based 128 bit key AES-DES algorithm as a security enhancement for live motion image transmission. Current AES standards are applied to encrypt and protect and the content of motion images being transmitted as to minimize un-au...