2011 4th International Symposium on Resilient Control Systems 2011
DOI: 10.1109/isrcs.2011.6016089
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Resilient design of recharging station networks for electric transportation vehicles

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Cited by 4 publications
(1 citation statement)
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“…A related application area that have used the rational choice paradigm for modeling agents, is multi-agent networks. These applications study complex networks, by combining network science, rational choice theory and other related areas like evolutionary algorithms, to study different kinds of emergent properties arising from agents acting rationally in a networked environment Mei et al (2015); Patil, Srinivas, et al (2009);Patil, Srinivasa, & Venkatasubramanian (2009); Villez et al (2011). Some indicative problems addressed by multi-agent networks include: constrained negotiation and agreement protocols (Nedic et al, 2010;Meng & Chen, 2013), modeling diffusion and synchrony Faber et al (2010); Kiesling et al (2012); Kim et al (2011), etc.…”
Section: Rational Choice Based Modelsmentioning
confidence: 99%
“…A related application area that have used the rational choice paradigm for modeling agents, is multi-agent networks. These applications study complex networks, by combining network science, rational choice theory and other related areas like evolutionary algorithms, to study different kinds of emergent properties arising from agents acting rationally in a networked environment Mei et al (2015); Patil, Srinivas, et al (2009);Patil, Srinivasa, & Venkatasubramanian (2009); Villez et al (2011). Some indicative problems addressed by multi-agent networks include: constrained negotiation and agreement protocols (Nedic et al, 2010;Meng & Chen, 2013), modeling diffusion and synchrony Faber et al (2010); Kiesling et al (2012); Kim et al (2011), etc.…”
Section: Rational Choice Based Modelsmentioning
confidence: 99%