Towards automatic actor pinning on multi-core architectures. - Emilio Francesquini; Alfredo Goldman; Jean-François Méhaut (Erlang Workshop, 2012)

Improving the performance of actor model runtime environments on multicore and manycore platforms. - Emilio Francesquini; Alfredo Goldman; Jean-François Méhaut (AGERE!@SPLASH, 2013)

Actor scheduling for multicore hierarchical memory platforms. - Emilio Francesquini; Alfredo Goldman; Jean-François Méhaut (Erlang Workshop, 2013)

A NUMA-Aware Runtime Environment for the Actor Model. - Emilio Francesquini; Alfredo Goldman; Jean-François Méhaut (ICPP, 2013)

Analysis of computing and energy performance of multicore, NUMA, and manycore platforms for an irregular application. - Márcio Castro 001; Emilio Francesquini; Thomas Messi Nguélé; Jean-François Méhaut (IA3@SC, 2013)

A middleware for reflective web service choreographies on the cloud. - Thiago Furtado; Emilio Francesquini; Nelson Lago; Fabio Kon (ARM@Middleware, 2014)

Energy Efficient Seismic Wave Propagation Simulation on a Low-Power Manycore Processor. - Márcio Castro 001; Fabrice Dupros; Emilio Francesquini; Jean-François Méhaut; Philippe Olivier Alexandre Navaux (SBAC-PAD, 2014)

Towards an Enactment Engine for Dynamically Reconfigurable and Scalable Choreographies. - Thiago Furtado; Emilio Francesquini; Nelson Lago; Fabio Kon (SERVICES, 2014)

Dealing with actor runtime environments on hierarchical shared memory multi-core platforms. (Environnements d'exécution à base d'acteurs pour plates-formes multi-coeurs à mémoire partagée hiérarchique). - Emilio Francesquini (2014)

On the energy efficiency and performance of irregular application executions on multicore, NUMA and manycore platforms. - Emilio Francesquini; Márcio Castro 001; Pedro Henrique Penna; Fabrice Dupros; Henrique C. Freitas; Philippe Olivier Alexandre Navaux; Jean-François Méhaut (J. Parallel Distributed Comput., 2015)

Seismic wave propagation simulations on low-power and performance-centric manycores. - Márcio Castro 001; Emilio Francesquini; Fabrice Dupros; Hideo Aochi; Philippe O. A. Navaux; Jean-François Méhaut (Parallel Comput., 2016)

HybridVerifier: A Cross-Platform Verification Framework for Instruction Set Simulators. - Maxiwell Garcia; Emilio Francesquini; Rodolfo Azevedo; Sandro Rigo (IEEE Embed. Syst. Lett., 2017)

Phase Detection and Analysis among Multiple Program Inputs. - Rafael Soares; Luis Antonioli; Emilio Francesquini; Rodolfo Azevedo (WSCAD, 2018)

Accelerating Smart City Simulations. - Francisco Wallison Rocha; João Cocca Fukuda; Emilio Francesquini; Daniel Cordeiro (CARLA, 2021)

OCFTL: An MPI Implementation-Independent Fault Tolerance Library for Task-Based Applications. - Pedro Henrique Di Francia Rosso; Emilio Francesquini (CARLA, 2021)

The OpenMP Cluster Programming Model. - Hervé Yviquel; Márcio Machado Pereira; Emilio Francesquini; Guilherme Valarini; Gustavo Leite; Pedro Henrique Di Francia Rosso; Rodrigo Ceccato; Carla Cusihualpa; Vitoria Dias; Sandro Rigo; Alan Souza; Guido Araujo (ICPP Workshops, 2022)

HOTGP - Higher-Order Typed Genetic Programming. - Matheus Campos Fernandes; Fabrício Olivetti de França; Emilio Francesquini (GECCO, 2023)

Origami: (un)folding the Abstraction of Recursion Schemes for Program Synthesis. - Matheus Campos Fernandes; Fabrício Olivetti de França; Emilio Francesquini (GPTP, 2023)

Usage of task and data parallelism for finding the lower boundary vectors in a stochastic-flow network. - Majid Forghani-elahabad; Emilio Francesquini (Reliab. Eng. Syst. Saf., 2023)

Going Bananas! - Unfolding Program Synthesis with Origami. - Matheus Campos Fernandes; Fabrício Olivetti de França; Emilio Francesquini (BRACIS (2), 2024)

Integrating Multi-FPGA Acceleration to OpenMP Distributed Computing. - Pedro Henrique Di Francia Rosso; Lucian Petrica; Nusrat Jahan Lisa; Márcio Machado Pereira; Sandro Rigo; Hervé Yviquel; Vanderlei Bonato; Emilio Francesquini; Guido Araujo (IWOMP, 2024)

Reducing carbon emissions of distributed systems: a multi-objective approach. - Guilherme Almeida; Marcelo Torres do Ó; Emilio Francesquini; Daniel Cordeiro (SBSI, 2024)

An implementation of a plasma physics application for distributed-memory supercomputers using a directive-based programming framework. - Christian Asch; Emilio Francesquini; Esteban Meneses (Rev. Colomb. de Computación, 2024)