Bio-inspired self-organised mechatronic-agent interactions to support product emergence. - Joao Dias Ferreira; Luis Ribeiro 001; Mauro Onori; José Barata (IECON, 2013)

Bio-inspired Self-Organising Methodologies for Production Emergence. - Joao Dias Ferreira; Luis Ribeiro 001; Mauro Onori; José Barata (SMC, 2013)

Continuous precise workload control method. - Hakan Akillioglu; Joao Dias Ferreira; Antonio Maffei; Pedro Neves 002; Mauro Onori (IEEM, 2014)

Challenges and Properties for Bio-inspiration in Manufacturing. - Joao Dias Ferreira; Luis Ribeiro 001; Mauro Onori; José Barata (DoCEIS, 2014)

Exploring reconfiguration alternatives in self-organising evolvable production systems through simulation. - Pedro Neves 002; Luis Ribeiro 001; Joao Dias Ferreira; Mauro Onori; José Barata (INDIN, 2014)

Characterization of an agile bio-inspired shop-floor. - Joao Dias Ferreira; Luis Ribeiro 001; Hakan Akillioglu; Pedro Neves 002; Antonio Maffei; Mauro Onori (INDIN, 2014)

A network inference tool for JADE-based systems. - Luis Ribeiro 001; Joao Dias Ferreira; Catarina Moura; José Barata (INDIN, 2014)

Data-mining approach to support layout configuration decision-making in Evolvable Production Systems. - Pedro Neves 002; Luis Ribeiro 001; Joao Dias Ferreira; Antonio Maffei; Mauro Onori; José Barata (SMC, 2014)

Characterization of continuous precise workload control and analysis of idleness penalty. - Hakan Akillioglu; Joao Dias Ferreira; Mauro Onori (Comput. Ind. Eng., 2016)

BIOSOARM: a bio-inspired self-organising architecture for manufacturing cyber-physical shopfloors. - Joao Dias Ferreira; Luis Ribeiro 001; Hakan Akillioglu; Pedro Neves 002; Mauro Onori (J. Intell. Manuf., 2018)