High Aberrance AES System Using a Reconstructable Function Core Generator

Cryptography is an essential part of communication or information security. The Advanced Encryption System (AES) was launched as a symmetrical cryptography standard algorithm by the National Institute of Standard and Technology (NIST) in October 2000. Rijndael provides the AES algorithm’s architecture, and the algorithm’s operation modules are based on finite field mathematics. Coding contains the SubBytes, ShiftRows, MixColumns, AddRoundKey, KeyExpansion modules, and the corresponding transcoding module. We use a look-up table (LUT) for the SubBytes and KeyExpansion modules. This LUT, which is referred to as an S-box, takes up 256[x]8-bit memory.
High Aberrance AES System Using a Reconstructable Function Core Generator




Third Prize


High Aberrance AES System Using a
Reconstructable Function Core
Generator

Institution: I-Shou University, Department of Computer Science and Information
Engineering

Participants: Chen JianHong, Liu Yu, and Chia-Hau Shiu

Instructor: Ming-Haw Jing




Design Introduction
Cryptography is an essential part of communication or information security. The Advanced Encryption
System (AES) was launched as a symmetrical cryptography standard algorithm by the National Institute
of Standard and Technology (NIST) in October 2000. Rijndael provides the AES algorithm’s
architecture, and the algorithm’s operation modules are based on finite field math