Secured Data Encryption Evaluation on Transmission Network using Fuzzy Logic

Abstract

Security of data is imperative factor in data transmission through network. In this paper, we propose another strategy utilizing fuzzy set hypothesis to upgrade the security. The data as content to be transmitted is encrypted by utilizing the AES Rijndael algorithm. The encryption algorithm is the numerical method for performing encryption of data. A key is utilized to figure a message and to interpret it back to the first message. At that point the mixed encrypted content is changed over into the type of numerics by applying the fuzzy set hypothesis. The fuzzy logic will give the content in the zero to one esteem. These numerical before decryption the numerical are again changed over into mixed content. After this, if the key given by the client is a similar key that is utilized for the encryption then unique data will be recovered. The paper, coordinates the encryption of content and transformation of the unscrambled content from numerical to unique by utilizing fuzzy logic. In this paper, we include matrix transformation of content after encryption. Henceforth, the gatecrashers are ignorant of the content that is encrypted. For this matrix change fuzzy enrollment capacities are included. Before decryption the matrix transformation is occurred to discover content. From that point forward, the decryption occurred by giving key.