This paper presents a new multiplier design which is fully-serial and requires only 1.5 N
cycles to return a product. This design has been implemented for both unsigned and two's …

Multiplication is a very important operation in digital computing systems. Both signed and
unsigned multiplications are required in many computing applications. A unified …

Although parallel multipliers are optimal for speed, they occupy considerable chip area. For
applications with lengthy operands as cryptography, the required area grows further. On the …

In this article partial products algorithm of serial multipliers is presented and different
architectures of these kinds of multipliers such as: Successive Addition, Serial-Parallel and …

Applications & Technology Page 1 International Conference On Signal Processing
Applications & Technology TIT Page 2 High Speed and Very Compact Two's Complement …

A new bit serial-serial multiplier for unsigned numbers is presented in this paper. The
numbers being multiplied enter the circuit simultaneously in LSB first bit-serial form. The …

A high-performance 32-bit parallel multiplier is proposed in this paper. A modified Booth's
algorithm is used to unify signed/unsigned numbers operation and a new sign-deduction …

The paper describes the architecture of a binary multiplier that, because of its intrinsic
regularity and simplicity, may be extended for any number of bits. It is a modification of the …

The paper describes the architecture of a binary multiplier that, because of its intrinsic
regularity and simplicity, may be extended for any number of bits. It is a modification of the …

Traditional serial-serial multiplier structures suffer from an inefficient generation of partial
products, which leads to hardware overuse and slow speed systems. In this paper, two new …