Time Execution Constraints using Intricate Encryption and Decryption Process for Secure Data Transmission
M. Laxmi Jeevani, Kuldeep Singh Chouhan · 2015
The encryption and decryption process is widely investigated and developed for a robust data security which is challenging to crack. Many researchers proposed different types of encryption and decryption algorithms such as DES, AES, RSA, etc., the proposed algorithms are encountered such as deficiency of stoutness and significant amount of time added to packet delay and to maintain the node data security in the network. The data security is the process which protects its privacy, integrity and availability. In this work, text data makes secure using encryption to decryption process while the secret key does not match and produce ambiguous message to the user during execution. The results demonstrate the efficiency of the encryption and decryption process in the measurement of time execution variations are presented.