… A hardware implementation of the Advanced Encryption … processes need analysis and
design evaluations, motivating the present research to solve the detection and correction of errors …

… , where the encryption and decryption process is carried out on the file. In testing the system
… For that we need a process of encryption (encryption and decryption) of the data sent which …

… the detailed steps of our PFCA against AES in Section II. Afterward, the complexity of the
attack is presented in Section III. We explain the concept of rear-round collisions and analyze its …

… This paper depicts all the valuable work done on the Advanced Encryption Standard since it
… are specified repeated steps involved in the each round of encryption and inverse steps are …

… methods. This is primarily as a result of the software as well as hardware implementations as
it is cipher methods … Side channels allow analyzing the time consumed by the operators [2], […

… error detection schemes for the non-linear S-Box of the ASCON’s lightweight authenticated
cipher vari… lightweight cryptography standardization process,” US Dept. Commerce, Nat. Inst. …

… In this section, a procedure for testing the vulnerability of a generic IoT microcontroller,
secured by the protection standard AES-128 is proposed. To this aim, two attack variants, without …

… other during the encryption process. Practically, the vast majority of block ciphers are
either have a block length of 128 bits (16 bytes) such as the advanced encryption standard (AES), …

… a hardware implementation of our algorithm (realized on a SASABO-GII FPGA platform). We
moved to hardware … His research interests include formal methods and hardware security. …

… Advanced Encryption Standard (AES) - Elliptic Curve Cryptography (ECC) for medical image
encryption… This token was transferred to the other part, and the data encryption process was …