ABSTRACT In this paper a session based symmetric key cryptographic algorithm has been proposed and it is termed as Matrix Based Bit Jumbling Technique (MBBJT). MBBJT consider the plain text (i.e. the input file) as a binary bit stream with finite number bits. This input bit stream is divided into manageable-sized blocks with different length. The bits of the each block fit diagonally upward starting from ( n , n ) cell in a right
Matrix Based Bit Jumbling Technique (MBBJT) was designed in REF that take the plain text (i.e. the input file) as a binary bit stream with finite number bits and ensure high security in message transmission of any form and is appropriate for any sort of file transfer
A Universal Bit Level Block Encoding Technique Using Session Based Symmetric Key Cryptography to Enhance the Information Security
International Journal on Artificial Intelligence Tools
Computer Science