Morteza Rezaalipour

12 papers A* 1A 1Journal 7Unranked 3
YearRankTypeTitle / Venue / Authors
2025 J jnl
An Improved Template for Approximate Computing.
CoRR
Morteza Rezaalipour, Francesco Costa, Marco Biasion, Rodrigo Otoni, George A. Constantinides, Laura Pozzi
2024 J jnl
A power-efficient approximate approach to improve the computational complexity of coding tools in versatile video coding.
Multim. Tools Appl.
Sina Shah Oveisi, Hoda Roodaki, Morteza Rezaalipour, Masoud Dehyadegari
2024 J jnl
Genetic Cache: A Machine Learning Approach to Designing DRAM Cache Controllers in HBM Systems.
ACM J. Emerg. Technol. Comput. Syst.
Morteza Amouzegar, Morteza Rezaalipour, Masoud Dehyadegari
2023 — conf
A Parametrizable Template for Approximate Logic Synthesis.
DSN-W
Morteza Rezaalipour, Marco Biasion, Ilaria Scarabottolo, George A. Constantinides, Laura Pozzi
2023 — conf
ErrorEval: an Open-Source Worst-Case-Error Evaluation Framework for Approximate Computing.
CF
Morteza Rezaalipour, Lorenzo Ferretti, Ilaria Scarabottolo, George A. Constantinides, Laura Pozzi
2023 — conf
Multi-Metric SMT-Based Evaluation of Worst-Case-Error for Approximate Circuits.
DSN-W
Morteza Rezaalipour, Lorenzo Ferretti, Ilaria Scarabottolo, George A. Constantinides, Laura Pozzi
2021 J jnl
Linear-time error calculation for approximate adders.
Comput. Electr. Eng.
Morteza Rezaalipour, Masoud Dehyadegari
2021 A* conf
Memristive Data Ranking.
HPCA
Ananth Krishna Prasad, Morteza Rezaalipour, Masoud Dehyadegari, Mahdi Nazm Bojnordi
2020 J jnl
AxMAP: Making Approximate Adders Aware of Input Patterns.
IEEE Trans. Computers
Morteza Rezaalipour, Mohammad Rezaalipour, Masoud Dehyadegari, Mahdi Nazm Bojnordi
2019 J jnl
Designing energy-efficient imprecise adders with multi-bit approximation.
Microelectron. J.
Sarvenaz Tajasob, Morteza Rezaalipour, Masoud Dehyadegari
2019 J jnl
IDrAx: A tool-chain for designing efficient approximate adders.
Microelectron. J.
Morteza Rezaalipour, Mohammad Rezaalipour, Sarvenaz Tajasob, Masoud Dehyadegari
2018 A conf
Designing Efficient Imprecise Adders using Multi-bit Approximate Building Blocks.
ISLPED
Sarvenaz Tajasob, Morteza Rezaalipour, Masoud Dehyadegari, Mahdi Nazm Bojnordi