ADeLe: Rapid Architectural Simulation for Approximate Hardware. - Isaías B. Felzmann; Matheus Martins Susin; Liana Dessandre Duenha; Rodolfo Azevedo; Lucas Francisco Wanner (SBAC-PAD, 2018)

Impact of Memory Approximation on Energy Efficiency. - Isaías B. Felzmann; João Fabrício Filho; Rodolfo Azevedo; Lucas Francisco Wanner (WSCAD, 2018)

A Resilient Interface for Approximate Data Access. - João Fabrício Filho; Isaías B. Felzmann; Rodolfo Jardim de Azevedo; Lucas Francisco Wanner (SBESC, 2019)

ADeLe: A description language for approximate hardware. - Isaías B. Felzmann; Matheus Martins Susin; Liana Dessandre Duenha; Rodolfo Azevedo; Lucas Francisco Wanner (Future Gener. Comput. Syst., 2020)

AxRAM: A lightweight implicit interface for approximate data access. - João Fabrício Filho; Isaías B. Felzmann; Rodolfo Azevedo; Lucas Francisco Wanner (Future Gener. Comput. Syst., 2020)

Risk-5: Controlled Approximations for RISC-V. - Isaías B. Felzmann; João Fabrício Filho; Lucas Francisco Wanner (IEEE Trans. Comput. Aided Des. Integr. Circuits Syst., 2020)

Transparent Resilience for Approximate DRAM. - João Fabrício Filho; Isaías B. Felzmann; Lucas Francisco Wanner (ARCS, 2021)

AxPIKE: Instruction-level Injection and Evaluation of Approximate Computing. - Isaías B. Felzmann; João Fabrício Filho; Lucas Francisco Wanner (DATE, 2021)

Special Session: How much quality is enough quality? A case for acceptability in approximate designs. - Isaías B. Felzmann; João Fabrício Filho; Juliane Regina de Oliveira; Lucas Wanner 001 (ICCD, 2021)

Approximate Memory with Protected Static Allocation. - João Fabrício Filho; Isaías B. Felzmann; Lucas Wanner 001 (SBAC-PAD, 2022)

SmartApprox: Learning-based configuration of approximate memories for energy-efficient execution. - João Fabrício Filho; Isaías B. Felzmann; Lucas Wanner 001 (Sustain. Comput. Informatics Syst., 2022)

Experimental analysis of the symmetry of approximate adder designs in FPGA and ASIC. - Tiago da Silva Almeida; Isaías B. Felzmann; Lucas Wanner 001 (SBESC, 2023)