Add "Salt" MD5 Algorithm’s FPGA Implementation

Fpga Implementation of Md5 Hash Algorithm

In information security, message authentication is an essential technique to verify that received messages come from the alleged source and have not been altered. A key element of authentication schemes is the use of a message authentication code (MAC). One technique to produce a MAC is based on using a hash function and is referred to as an HMAC. Message Digest 5 (MD5) is one of the algorithms...

FPGA-based implementation of recursive algorithms

The paper suggests a novel method for implementing recursive algorithms in hardware. The required support for recursion has been provided through a modular and a hierarchical specification of a control unit that can be translated to an implementation of the respective hardware circuit on the basis of a recursive hierarchical finite state machine and through a mechanism that permits the contents...

FPGA Implementation of Polynomial Evaluation Algorithms

The most-significant-digit-first function evaluation method (E-method) allows efficient evaluation of polynomials and certain rational functions on custom hardware. The time required for the computation is of the order of m carry-free addition operations, m being the number of digits in the result. We discuss a digit-parallel and a digit-serial implementation of this method on a DecPeRLe-1 boar...

FPGA Implementation of Driver Assistance Camera Algorithms

MD5 Hash Algorithm Hardware Realization on a Reconfigurable FPGA Platform

MD5 is one of the most important hash algorithms today. It has been designed by R. Rivest in 1992 and it is considered as a standard in hash function design. In this paper, the hardware implementation of the MD5 algorithm on reconfigurable devices, such as FPGAs, is investigated. These hardware devices provide high performance at low cost, which makes them suitable for cryptographic and cryptan...