Approximate logic synthesis for FPGA by wire removal and local function change
Approximate computing is a new design paradigm targeting at error-tolerant applications. By
allowing a little amount of inaccuracy in the computation, it could significantly reduce circuit …
allowing a little amount of inaccuracy in the computation, it could significantly reduce circuit …
A novel heuristic search method for two-level approximate logic synthesis
Recently, much attention has been paid to approximate computing, a novel design paradigm
for error-tolerant applications. It can significantly reduce area, power, and delay of circuits by …
for error-tolerant applications. It can significantly reduce area, power, and delay of circuits by …
Systematic synthesis of approximate adders and multipliers with accurate error calculations
ME Nojehdeh, M Altun - Integration, 2020 - Elsevier
In this study, we perform logic synthesis and area optimization of approximate ripple-carry
adders and Wallace-tree multipliers with a given error constraint. We first implement …
adders and Wallace-tree multipliers with a given error constraint. We first implement …
A two-level approximate logic synthesis combining cube insertion and removal
Approximate computing is an attractive paradigm for reducing the design complexity of error-
resilient systems, therefore, improving performance and saving power consumption. In this …
resilient systems, therefore, improving performance and saving power consumption. In this …
Approximate disjoint bi-decomposition and its application to approximate logic synthesis
Approximate computing is an emerging design paradigm targeting at error-tolerant
applications. The area, delay, and power consumption of a circuit can be improved by …
applications. The area, delay, and power consumption of a circuit can be improved by …
Two-Level and Multilevel Approximate Logic Synthesis
Approximate computing represents a modern design paradigm that allows systems to have
imprecise or inexact execution, aiming to optimize circuit area, performance, and power …
imprecise or inexact execution, aiming to optimize circuit area, performance, and power …
Power optimization for FPRM logic using approximate computing technique
Y Wang, L Wang - 2019 IEEE 13th International Conference on …, 2019 - ieeexplore.ieee.org
A power optimization algorithm based on approximate computing technique was proposed
for FPRM logic circuits. The algorithm includes FPRM logic circuits dynamic power …
for FPRM logic circuits. The algorithm includes FPRM logic circuits dynamic power …
Data-Driven Feature Selection Framework for Approximate Circuit Design
The ever-growing data scale and computation complexity raise tremendous concerns about
computer systems' efficiency (ie, lower hardware overhead and power consumption) …
computer systems' efficiency (ie, lower hardware overhead and power consumption) …
[PDF][PDF] On the Approximation of Arithmetic Functions and Logic Synthesis of Approximate Very Large Boolean Networks
JA Echavarria Gutiérrez - 2022 - opus4.kobv.de
Approximate computing exploits perceptual inaccuracies of the human senses, error-
resilient applications, and noisy input data to produce more power-efficient architectures …
resilient applications, and noisy input data to produce more power-efficient architectures …
On the Approximation of Arithmetic Functions and Logic Synthesis of Approximate Very Large Boolean Networks
JAE Gutiérrez - 2022 - search.proquest.com
Approximate computing exploits perceptual inaccuracies of the human senses, error-
resilient applications, and noisy input data to produce more power-efficient architectures …
resilient applications, and noisy input data to produce more power-efficient architectures …