A new approach is proposed that synthesizes multiplier blocks with minimal hardware
requirements than standard block FIR filters, making them appropriate for applications of FIR …

The Finite Impulse Response (FIR) filter is an important part of a Digital Signal Processing
(DSP) system. The Multiply and Accumulate (MAC) technique is used to compute the FIR …

The Finite Impulse response (FIR) filter in direct and transposed form based on pipelined
multiplier array is introduced. The proposed scheme is the folded FIR filter based on …

In this paper, a technique has been proposed for designing of FIR filter using multiplier
based on compressor. This proposed FIR filter is simulated and synthesized using Xilinx ISE …

In this paper, a modified optimization of look-up table (LUT) used in memory-based
multipliers is used for the implementation of FIR digital filter. Modified odd multiple scheme …

FIR filter is a basic part used in Digital Signal Processing application because of its linear
phase, stability, low cost and simple structure. The drawback of FIR digital filters is its high …

The primary driving force behind the creation of this work was to provide the design and
implementation of a 4-tap, 8-tap, 16-tap, 32-tap, and 64-tap RNS (Residue Number System) …

This study represents designing and implementation of a low power and high speed 16
order FIR filter. To optimise filter area, delay and power, different multiplication techniques …

Multiplication of two bits produces an output which is twice that of the original bit. It is usually
needed to truncate the partial product bits to the required precision to reduce area cost …

An algorithm for reducing the hardware complexity of linear phase finite impulse response
digital filters that minimise the adder depth in the multiplier block adders (MBAs) is …