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giordano ferreira
graduate student
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artificial life
agent-based modeling
research
giordano b. s. ferreira and matthias scheutz and michael levin (2017)
investigating the effects of noise on a cell-to-cell communication mechanism for structure regeneration
proceedings of 14th european conference on artificial life
bibtex citation

david buckingham and giordano b. s. ferreira and matthias scheutz (2017)
better than average: analyzing distributions to understand robot behavior in a multi-agent area coverage scenario
proceedings of 14th european conference on artificial life
bibtex citation

 
giordano b. s. ferreira and max smiley and matthias scheutz and mike levin (2016)
dynamic structure discovery and repair for 3d cell assemblages
proceedings of the fifteenth international conference on the synthesis and simulation of living systems (alifexv)
bibtex citation

giordano b. s. ferreira and matthias scheutz (2015)
following strategies reduces accidents, but makes outcomes worse: evidence from simulated treefrog mating scenarios
proceedings of the european conference on artificial life 2015
bibtex citation

gina m. b. oliveira and patricia a. vargas and giordano b. s. ferreira (2015)
investigating a cellular automata model that performs three distance diffusion on a robot path planning
proceedings of the european conference on artificial life 2015
bibtex citation

 
giordano b. s. ferreira and patricia a. vargas and gina m. b. oliveira (2014)
an improved cellular automata-based model for robot path-planning
advances in autonomous robotics systems, 25--36
bibtex citation

gina m. b. oliveira and luiz g. a. martins and giordano b. s. ferreira and leonardo s. alt (2010)
secret key specification for a variable-length cryptographic cellular automata model
parallel problem solving from nature, ppsn xi, 381--390
bibtex citation

gina m. b. oliveira and luiz g. a. martins and leonardo s. alt and giordano b. s. ferreira (2010)
exhaustive evaluation of radius 2 toggle rules for a variable-length cryptographic cellular automata-based model
cellular automata, 275--286
bibtex citation

 
teaching
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