In this paper, we propose a low complex architectural design for hearing aid applications. In
this, we recast the hearing aid using distributed arithmetic (DA), which enables the …

In today's digital age, speed, and area are the primary design concerns. Increasing the rate
at which multiplication and addition are performed has always been a need for developing …

This brief presents a decimation filter for hearing aid application using distributed arithmetic
(DA) approach. In this paper, we propose a reconfigurable offset-binary code (OBC) DA …

This paper elucidates the system construct of DA-FIR filter optimized for design of distributed
arithmetic (DA) finite impulse response (FIR) filter and is based on architecture with tightly …

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) …

Digital FIR Filters plays a major role in many signal processing applications. Generally,
these filters are designed with multipliers and adders to find the filter output. This paper …

In this manuscript, a High Throughput and Low Latency DA-FIR filter design is integrated
with Approximate Karatsuba Multiplier (AKM) and Variable Latency Carry Skip Adder …

An energy-efficient architecture of high-performance FIR adaptive filter design using
approximate distributed arithmetic (DA), which is integrated with canonic signed digit-based …

Abstract Finite Impulse Response (FIR) filters are widely used in biomedical, communication
and audio signal processing applications due to their various advantages such as …

This work presents a way to increase the throughput and energy efficiency of finite impulse
response (FIR) filters through the efficient application of retiming and two-level pipelining. It …