Aligning simulation models: A case study and results. - Robert L. Axtell; Robert Axelrod; Joshua M. Epstein; Michael D. Cohen (Comput. Math. Organ. Theory, 1996)

Artificial societies and generative social science. - Joshua M. Epstein; Robert L. Axtell (Artif. Life Robotics, 1997)

Panel Discussion: Empirical versus Formal Methods. - Diana F. Gordon; Henry Hexmoor; Robert L. Axtell; Nenad Ivezic (FAABS, 2000)

Effects of Interaction Topology and Activation Regime in Several Multi-Agent Systems. - Robert L. Axtell (MABS, 2000)

Non-cooperative dynamics of multi-agent teams. - Robert L. Axtell (AAMAS, 2002)

Group formation with split rule in social dilemmas. - Tomohisa Yamashita; Koichi Kurumatani; Robert L. Axtell; Azuma Ohuchi (AAMAS, 2003)

Investigation of Mutual Choice Metanorm in Group Dynamics for Solving Social Dilemmas. - Tomohisa Yamashita; Robert L. Axtell; Koichi Kurumatani; Azuma Ohuchi (MAMUS, 2003)

Bounded rationality via recursion. - Maciej Latek; Robert L. Axtell; Bogumil Kaminski (AAMAS (1), 2009)

The Network Picture of Labor Flow. - Eduardo López; Omar A. Guerrero; Robert L. Axtell (CoRR, 2015)

120 Million Agents Self-Organize into 6 Million Firms: A Model of the U.S. Private Sector. - Robert L. Axtell (AAMAS, 2016)

Developing winning marketing strategies in a competitive software market. - Jue Wang; Robert L. Axtell; Andrew G. Loerch (SummerSim, 2017)

Utilizing the positive impacts of software piracy in monopoly industries. - Jue Wang; Robert L. Axtell; Andrew G. Loerch (SpringSim (ADS), 2017)

Frictional Unemployment on Labor Flow Networks. - Robert L. Axtell; Omar A. Guerrero; Eduardo López (CoRR, 2019)

A network theory of inter-firm labor flows. - Eduardo López; Omar A. Guerrero; Robert L. Axtell (EPJ Data Sci., 2020)

The Formation of Production Networks: How Supply Chains Arise from Simple Learning with Minimal Information. - Tuong Manh Vu; Ernesto Carrella; Robert L. Axtell; Omar A. Guerrero (CoRR, 2025)