FPGA Implementation of Advanced Encryption Standard Algorithm: AES Encryption and Decryption Using 128,192 and 256-Bit Keys (Paperback)

‘DATA’ has an important role in the modern world.With the increasing use of computers in a wide range of applications, the amount of data being processed and operated on had increased tremendously over the years. At the same time protection of data during transmission or while in storage may be necessary to maintain the confidentiality and integrity of the information represented by the data. In applications such as storage and transmission of Federal Information, ATM’s and in the Internet there is a lot of emphasis for Data Security. This led to the origin of a new field called ‘Cryptography’ which deals with the DATA and its security.Public key and secret key cryptographic algorithms provide a solution to this security problem.They ensure data authenticity, integrity and confidentiality. The most widely used secret key algorithm at present is Advanced Encryption Standard(AES) Algorithm.AES was considered over, all the other encryption algorithms because of its increased security levels. The work presented in this book deals with the hardware implementation of the AES algorithm which includes writing a Verilog HDL code for the algorithm and synthesizing it on the FPGA board.

「資料」在現代世界中扮演著重要的角色。隨著電腦在各種應用中的使用不斷增加，多年來處理和操作的資料量也大幅增加。同時，在傳輸或存儲過程中保護資料的機密性和完整性可能是必要的，以維護資料所代表的信息的機密性和完整性。在存儲和傳輸聯邦信息、自動提款機和互聯網等應用中，資料安全受到了很大的重視。這導致了一個名為「密碼學」的新領域的出現，該領域處理資料及其安全性。公鑰和密鑰加密算法為這個安全問題提供了解決方案。它們確保資料的真實性、完整性和機密性。目前最廣泛使用的密鑰算法是高級加密標準（AES）算法。由於其更高的安全性水平，AES被認為優於其他所有加密算法。本書介紹了AES算法的硬件實現，包括為該算法編寫Verilog HDL代碼並在FPGA板上進行綜合。