Adapting communication for adaptable processors: A multi-axis reconfiguration approach. - Paulo C. Santos 001; Gabriel L. Nazar; Luigi Carro; Fakhar Anjam; Stephan Wong (ReConFig, 2012)

Saving memory movements through vector processing in the DRAM. - Marco A. Z. Alves; Paulo C. Santos 001; Francis B. Moreira 001; Matthias Diener; Luigi Carro (CASES, 2015)

HMC and DDR Performance Trade-offs. - Paulo C. Santos 001; Marco A. Z. Alves; Luigi Carro (IESS, 2015)

Opportunities and Challenges of Performing Vector Operations inside the DRAM. - Marco A. Z. Alves; Paulo C. Santos 001; Matthias Diener; Luigi Carro (MEMSYS, 2015)

Reconfigurable Vector Extensions inside the DRAM. - Marco A. Z. Alves; Paulo C. Santos 001; Matthias Diener; Luigi Carro (ReCoSoC, 2015)

Large vector extensions inside the HMC. - Marco A. Z. Alves; Matthias Diener; Paulo C. Santos 001; Luigi Carro (DATE, 2016)

Exploring Cache Size and Core Count Tradeoffs in Systems with Reduced Memory Access Latency. - Paulo C. Santos 001; Marco A. Z. Alves; Matthias Diener; Luigi Carro; Philippe O. A. Navaux (PDP, 2016)

NIM: An HMC-Based Machine for Neuron Computation. - Geraldo F. Oliveira; Paulo C. Santos 001; Marco A. Z. Alves; Luigi Carro (ARC, 2017)

Operand size reconfiguration for big data processing in memory. - Paulo C. Santos 001; Geraldo F. Oliveira; Diego G. Tomé; Marco A. Z. Alves; Eduardo C. de Almeida; Luigi Carro (DATE, 2017)

A generic processing in memory cycle accurate simulator under hybrid memory cube architecture. - Geraldo F. Oliveira; Paulo C. Santos 001; Marco A. Z. Alves; Luigi Carro (SAMOS, 2017)

Design space exploration for PIM architectures in 3D-stacked memories. - João Paulo C. de Lima; Paulo C. Santos 001; Marco A. Z. Alves; Antonio C. S. Beck; Luigi Carro (CF, 2018)

Processing in 3D memories to speed up operations on complex data structures. - Paulo C. Santos 001; Geraldo F. Oliveira; João Paulo C. de Lima; Marco A. Z. Alves; Luigi Carro; Antonio C. S. Beck (DATE, 2018)

HIPE: HMC instruction predication extension applied on database processing. - Diego G. Tomé; Paulo C. Santos 001; Luigi Carro; Eduardo C. de Almeida; Marco A. Z. Alves (DATE, 2018)

Exploring IoT platform with technologically agnostic processing-in-memory framework. - Paulo Cesar Santos 001; João Paulo C. de Lima; Rafael Fão de Moura; Hameeza Ahmed; Marco A. Z. Alves; Antonio C. S. Beck; Luigi Carro (INTESA@ESWEEK, 2018)

Exploiting Reconfigurable Vector Processing for Energy-Efficient Computation in 3D-Stacked Memories. - João Paulo C. de Lima; Paulo C. Santos 001; Rafael Fao de Moura; Marco A. Z. Alves; Antonio C. S. Beck; Luigi Carro (ARC, 2019)

A Compiler for Automatic Selection of Suitable Processing-in-Memory Instructions. - Hameeza Ahmed; Paulo C. Santos 001; João Paulo C. de Lima; Rafael Fão de Moura; Marco A. Z. Alves; Antonio C. S. Beck; Luigi Carro (DATE, 2019)

The AV says: Your Hardware Definitions Were Updated! - Marcus Botacin; Lucas Galante; Fabricio Ceschin; Paulo C. Santos 001; Luigi Carro; Paulo Lício de Geus; André Grégio; Marco A. Z. Alves (ReCoSoC, 2019)

Skipping CNN Convolutions Through Efficient Memoization. - Rafael Fão de Moura; Paulo C. Santos 001; João Paulo C. de Lima; Marco A. Z. Alves; Antonio C. S. Beck; Luigi Carro (SAMOS, 2019)

A Technologically Agnostic Framework for Cyber-Physical and IoT Processing-in-Memory-based Systems Simulation. - Paulo Cesar Santos 001; João Paulo C. de Lima; Rafael Fao de Moura; Hameeza Ahmed; Marco A. Z. Alves; Antonio C. S. Beck; Luigi Carro (Microprocess. Microsystems, 2019)

Providing Plug N' Play for Processing-in-Memory Accelerators. - Paulo C. Santos 001; Bruno E. Forlin; Luigi Carro (ASP-DAC, 2021)

Sim2PIM: A Fast Method for Simulating Host Independent & PIM Agnostic Designs. - Paulo C. Santos 001; Bruno E. Forlin; Luigi Carro (DATE, 2021)

Machine Learning Migration for Efficient Near-Data Processing. - Aline S. Cordeiro; Sairo R. dos Santos; Francis B. Moreira 001; Paulo C. Santos 001; Luigi Carro; Marco A. Z. Alves (PDP, 2021)

Enabling Near-Data Accelerators Adoption by Through Investigation of Datapath Solutions. - Paulo C. Santos 001; João Paulo Cardoso de Lima; Rafael Fão de Moura; Marco A. Z. Alves; Antonio C. S. Beck; Luigi Carro (Int. J. Parallel Program., 2021)

Aggressive Performance Improvement on Processing-in-Memory Devices by Adopting Hugepages. - Paulo Cesar Santos 001; Bruno E. Forlin; Marco A. Z. Alves; Luigi Carro (ASAP, 2022)

Advancing Near-Data Processing with Precise Exceptions and Efficient Data Fetching. - Sairo R. dos Santos; Tiago Rodrigo Kepe; Francis B. Moreira 001; Paulo C. Santos 001; Marco A. Z. Alves (ISPASS, 2022)

Avoiding Unnecessary Caching with History-Based Preemptive Bypassing. - Arthur M. Krause; Paulo C. Santos 001; Philippe O. A. Navaux (SBAC-PAD, 2022)

SAPIVe: Simple AVX to PIM Vectorizer. - Rodrigo M. Sokulski; Paulo C. Santos 001; Sairo R. dos Santos; Marco A. Z. Alves (SBESC, 2022)

Vector In Memory Architecture for simple and high efficiency computing. - Marco Antonio Zanata Alves; Sairo R. dos Santos; Aline S. Cordeiro; Francis B. Moreira 001; Paulo C. Santos 001; Luigi Carro (CoRR, 2022)

Sim2PIM: A complete simulation framework for Processing-in-Memory. - Bruno E. Forlin; Paulo C. Santos 001; Augusto E. Becker; Marco A. Z. Alves; Luigi Carro (J. Syst. Archit., 2022)

Efficient Machine Learning execution with Near-Data Processing. - Aline S. Cordeiro; Sairo R. dos Santos; Francis B. Moreira 001; Paulo C. Santos 001; Luigi Carro; Marco A. Z. Alves (Microprocess. Microsystems, 2022)

Plug N' PIM: An integration strategy for Processing-in-Memory accelerators. - Paulo C. Santos 001; Bruno E. Forlin; Marco A. Z. Alves; Luigi Carro (Integr., 2023)

Selecting the Best Compiler Optimization by Adopting Natural Language Processing. - Hameeza Ahmed; Muhammad Fahim Ul Haque; Hashim Raza Khan; Ghalib Nadeem; Kamran Arshad; Khaled Assaleh 001; Paulo C. Santos 001 (IEEE Access, 2024)

Exploring compiler optimization space for control flow obfuscation. - Hameeza Ahmed; Muhammad Faraz Hyder; Muhammad Fahim ul Haque; Paulo C. Santos 001 (Comput. Secur., 2024)

HBPB, applying reuse distance to improve cache efficiency proactively. - Arthur M. Krause; Paulo C. Santos 001; Arthur Francisco Lorenzon; Philippe O. A. Navaux (J. Parallel Distributed Comput., 2024)