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An Environment for Combinatorial Experiments in a Multi-agent Simulation for Disaster Response., , , , , и . PRIMA, том 11224 из Lecture Notes in Computer Science, стр. 646-654. Springer, (2018)Application of Detecting Blinks for Communication Support Tool., , , и . Software Engineering Research, Management and Applications, том 578 из Studies in Computational Intelligence, стр. 219-231. Springer, (2014)Replacing Method for Multi-Agent Crowd Simulation by Convolutional Neural Network., , , , и . MABS, том 13743 из Lecture Notes in Computer Science, стр. 16-27. Springer, (2022)Infrastructure in Assessing Disaster-Relief Agents in the RoboCupRescue Simulation., , , , , , и . CSII (selected papers), том 848 из Studies in Computational Intelligence, стр. 133-147. Springer, (2019)Effective Fusion of Disaster-Relief Agent in RoboCupRescue Simulation., , , , , и . CSII, стр. 78-83. IEEE, (2018)Evaluation of Optimization for Pedestrian Route Guidance in Real-world Crowded Scene., , , , , и . AAMAS, стр. 2192-2194. International Foundation for Autonomous Agents and Multiagent Systems, (2019)Application of Information Technology to Develop the System for Solitary Death., , и . IIAI-AAI, стр. 901-906. IEEE Computer Society, (2014)Development of communication support application with blinks., , , и . IISA, стр. 397-402. IEEE, (2014)MAS-Bench: Parameter Optimization Benchmark for Multi-agent Crowd Simulation., , , , , и . AAMAS, стр. 1652-1654. ACM, (2021)Proposed Environment to Support Development and Experiment in RoboCupRescue Simulation., , , , , , и . RoboCup, том 11175 из Lecture Notes in Computer Science, стр. 71-83. Springer, (2017)