Nov 20, 2014 · Abstract: This brief proposes a novel design scheme for approximate adders and comparators to significantly reduce energy consumption while ...
Jan 20, 2021 · Abstract—This brief proposes a novel design scheme for approximate adders and comparators to significantly reduce energy consumption while.
This brief proposes a novel design scheme for approximate adders and comparators to significantly reduce energy consumption while maintaining a very low ...
Abstract—This brief proposes a novel design scheme for approximate adders and comparators to significantly reduce energy consumption while.
Author(s): Kim, Yongtae; Zhang, Yong; Li, Peng.
Energy Efficient Approximate Arithmetic for Error Resilient ...
dl.acm.org › doi › TVLSI.2014.2365458
This brief proposes a novel design scheme for approximate adders and comparators to significantly reduce energy consumption while maintaining a very low ...
This dissertation focuses on a scalable and energy efficient neurocomputing architecture which leverages emerging memristor nanodevices and a novel approximate ...
We propose a novel approximate adder design to significantly reduce energy consumption with a very moderate error rate. The significantly improved error ...
Figure 1.1: Application of approximate arithmetic in neuromorphic computing. icantly improved error rate and critical path delay stem from the employed carry.
A novel approximate adder design to significantly reduce energy consumption with a very moderate error rate and critical path delay is proposed that has ...