Securing Chemical Formula Using Polyalphabetic Affine Cipher

Jonecis Adolfo Dayap, Julius Picardal Dequillo, Wilfred Rios, Annabelle Sollano

Abstract


New inventions have become very common in this modern and developed society. Most of the products are based on some chemical formulas. This chemical formula helps to determine the composition of the product and every concerned individuals want this secured. With the rapid growth of information technology, and with the emergence of innovative technologies, communicating these information directly or indirectly becomes unavoidable. So secured communication of these chemical formulas is an important problem. In this paper, we construct a new algorithm in securing chemical formula by using the properties of the outer-connected dominating sets in the corona of two graphs. The proposed algorithm represents new symmetric cryptography to encrypt and decrypt chemical formula securely by converting the monoalphabetic affine cipher into a polyaphabetic cipher.


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