Social Interactions in Crowds of Pedestrians: An Adaptive Model for Group Cohesion. - Stefania Bandini; Luca Crociani; Giuseppe Vizzari (AI*IA, 2013)

Towards a More Comprehensive Estimation of Social Costs in Pedestrian Facilities. - Stefania Bandini; Luca Crociani; Giuseppe Vizzari (AgeingAI@AI*IA, 2013)

Integrated Analysis and Synthesis of Pedestrian Dynamics: First Results in a Real World Case Study. - Luca Crociani; Sultan Daud Khan; Giuseppe Vizzari (WOA@AI*IA, 2013)

MAKKSim: MAS-Based Crowd Simulations for Designer's Decision Support. - Luca Crociani; Lorenza Manenti; Giuseppe Vizzari (PAAMS, 2013)

Pedestrians and Crowd Simulations with MAKKSim - A Demonstration. - Luca Crociani; Lorenza Manenti; Giuseppe Vizzari (PAAMS, 2013)

Towards the Introduction of Parallelism in the MakkSim Pedestrian Simulator. - Luca Crociani; Giuseppe Vizzari; Stefania Bandini (PaCT, 2013)

Adaptive pedestrian behaviour for the preservation of group cohesion. - Giuseppe Vizzari; Lorenza Manenti; Luca Crociani (Complex Adapt. Syst. Model., 2013)

An Integrated Model for the Simulation of Pedestrian Crossings. - Luca Crociani; Giuseppe Vizzari (ACRI, 2014)

Empirical investigation on pedestrian dynamics in presence of groups: a real world case study. - Stefania Bandini; Luca Crociani; Andrea Gorrini; Giuseppe Vizzari (AAMAS, 2014)

Modeling heterogeneous speed profiles in discrete models for pedestrian simulation. - Stefania Bandini; Luca Crociani; Giuseppe Vizzari (AAMAS, 2014)

An agent-based model of pedestrian dynamics considering groups: A real world case study. - Stefania Bandini; Luca Crociani; Andrea Gorrini; Giuseppe Vizzari (ITSC, 2014)

An Intelligent Tool for the Automated Evaluation of Pedestrian Simulation. - Evangelos Boukas; Luca Crociani; Sara Manzoni; Giuseppe Vizzari; Antonios Gasteratos; Georgios Ch. Sirakoulis (SETN, 2014)

Heterogeneous Speed Profiles in Discrete Models for Pedestrian Simulation. - Stefania Bandini; Luca Crociani; Giuseppe Vizzari (CoRR, 2014)

Adaptive Tactical Decisions in Pedestrian Simulation: A Hybrid Agent Approach. - Luca Crociani; Andrea Piazzoni; Giuseppe Vizzari; Stefania Bandini (AI*IA, 2015)

A Hybrid Agent Architecture for Endowing Floor Field Pedestrian Models with Tactical Level Decisions. - Luca Crociani; Alberto Invernizzi; Giuseppe Vizzari (WOA, 2015)

Adaptive Hybrid Agents for Tactical Decisions in Pedestrian Environments. - Luca Crociani; Andrea Piazzoni; Giuseppe Vizzari (WOA, 2015)

When reactive agents are not enough: Tactical level decisions in pedestrian simulation. - Luca Crociani; Andrea Piazzoni; Giuseppe Vizzari; Stefania Bandini (Intelligenza Artificiale, 2015)

A CA-Based Model of Dyads in Pedestrian Crowds: The Case of Counter Flow. - Luca Crociani; Andrea Gorrini; Katsuhiro Nishinari; Stefania Bandini (ACRI, 2016)

Multiscale Pedestrian Modeling with CA and Agent-Based Approaches: Ubiquity or Consistency? - Luca Crociani; Gregor Lämmel; Giuseppe Vizzari (ACRI, 2016)

Age-driven Crossing Behavior and Walkability: Empirical Studies towards Simulations. - Luca Crociani; Andrea Gorrini; Giuseppe Vizzari; Stefania Bandini (AI*AAL@AI*IA, 2016)

Combining Avoidance and Imitation to Improve Multi-agent Pedestrian Simulation. - Luca Crociani; Giuseppe Vizzari; Stefania Bandini (AI*IA, 2016)

Multi-scale Simulation for Crowd Management: A Case Study in an Urban Scenario. - Luca Crociani; Gregor Lämmel; Giuseppe Vizzari (AAMAS Workshops (Selected Papers), 2016)

Simulation-Aided Crowd Management: A Multi-scale Model for an Urban Case Study. - Luca Crociani; Gregor Lämmel; Giuseppe Vizzari (ABMUS@AAMAS, 2016)

Conflicting Tendencies in Pedestrian Wayfinding Decisions: a Multi-Agent Model Encompassing Proxemics and Imitation. - Luca Crociani; Giuseppe Vizzari; Stefania Bandini (ATT@IJCAI, 2016)

Multidestination Pedestrian Flows in Equilibrium: A Cellular Automaton-Based Approach. - Luca Crociani; Gregor Lämmel (Comput. Aided Civ. Infrastructure Eng., 2016)

Avoid or Follow? Modelling Route Choice Based on Experimental Empirical Evidences. - Luca Crociani; Daichi Yanagisawa; Giuseppe Vizzari; Katsuhiro Nishinari; Stefania Bandini (CoRR, 2016)

Social Groups and Pedestrian Crowds: Experiment on Dyads in a Counter Flow Scenario. - Andrea Gorrini; Luca Crociani; Claudio Feliciani; Pengfei Zhao; Katsuhiro Nishinari; Stefania Bandini (CoRR, 2016)

Route choice in pedestrian simulation: Design and evaluation of a model based on empirical observations. - Luca Crociani; Giuseppe Vizzari; Daichi Yanagisawa; Katsuhiro Nishinari; Stefania Bandini (Intelligenza Artificiale, 2016)

Collision Avoidance Dynamics Among Heterogeneous Agents: The Case of Pedestrian/Vehicle Interactions. - Stefania Bandini; Luca Crociani; Claudio Feliciani; Andrea Gorrini; Giuseppe Vizzari (AI*IA, 2017)

Crossing Behaviour of the Elderly: Road Safety Assessment through Simulations. - Stefania Bandini; Luca Crociani; Andrea Gorrini; Giuseppe Vizzari (AI*AAL@AI*IA, 2017)

Cellular Automaton Based Simulation of Large Pedestrian Facilities - A Case Study on the Staten Island Ferry Terminals. - Luca Crociani; Gregor Lämmel; H. Joon Park; Giuseppe Vizzari (CoRR, 2017)

Investigating the effect of social groups in uni-directional pedestrian flow. - Luca Crociani; Yiping Zeng; Andrea Gorrini; Giuseppe Vizzari; Weiguo Song (CoRR, 2017)

Micro and Macro Pedestrian Dynamics in Counterflow: the Impact of Social Groups. - Luca Crociani; Andrea Gorrini; Claudio Feliciani; Giuseppe Vizzari; Katsuhiro Nishinari; Stefania Bandini (CoRR, 2017)

The Role of Compliance in Heterogeneous Interacting Agents: Data from Observations. - Stefania Bandini; Luca Crociani; Giuseppe Vizzari; Flávio Soares Corrêa da Silva; Andrea Gorrini (CoRR, 2017)

A simulation model for non-signalized pedestrian crosswalks based on evidence from on field observation. - Claudio Feliciani; Luca Crociani; Andrea Gorrini; Giuseppe Vizzari; Stefania Bandini; Katsuhiro Nishinari (Intelligenza Artificiale, 2017)

An Approach for Managing Heterogeneous Speed Profiles in Cellular Automata Pedestrian Models. - Stefania Bandini; Luca Crociani; Giuseppe Vizzari (J. Cell. Autom., 2017)

Motion Detection and Characterization in Videos with Cellular Automata. - Antonio Carrieri; Luca Crociani; Giuseppe Vizzari; Stefania Bandini (ACRI, 2018)

Simulating Pedestrian Dynamics in Corners and Bends: A Floor Field Approach. - Luca Crociani; Kenichiro Shimura; Giuseppe Vizzari; Stefania Bandini (ACRI, 2018)

Cumulative Mean Crowding and Pedestrian Crowds: A Cellular Automata Model. - Andrea Gorrini; Luca Crociani; Giuseppe Vizzari; Stefania Bandini (ACRI, 2018)

Walkability Assessment for the Elderly Through Simulations: The LONGEVICITY Project. - Stefania Bandini; Luca Crociani; Andrea Gorrini; Katsuhiro Nishinari; Giuseppe Vizzari (AI*AAL@AI*IA, 2018)

Identification and Characterization of Lanes in Pedestrian Flows Through a Clustering Approach. - Luca Crociani; Giuseppe Vizzari; Andrea Gorrini; Stefania Bandini (AI*IA, 2018)

Neither Dumb nor Optimal: Plausible Wayfinding in Pedestrian Agent-Based Models. - Luca Crociani; Giuseppe Vizzari; Stefania Bandini (AAMAS, 2018)

Age-Friendly City and Walkability: Data from Observations Towards Simulations. - Andrea Gorrini; Luca Crociani; Giuseppe Vizzari; Stefania Bandini (ForItAAL, 2018)

Lane-formation in counter-flow based on DBSCAN. - Yiping Zeng; Hui Zhang 016; Zhiming Fang; Xiaodong Liu; Luca Crociani; Giuseppe Vizzari (EM-GIS@SIGSPATIAL, 2018)

Learning Obervables of a Multi-scale Simulation System of Urban Traffic. - Luca Crociani; Gregor Lämmel; Giuseppe Vizzari; Stefania Bandini (ATT@IJCAI, 2018)

Between Avoidance and Imitation: Plausible Wayfinding in Pedestrian Agent-Based Models. - Luca Crociani; Giuseppe Vizzari; Stefania Bandini (WOA, 2018)

Shape matters: Modelling, calibrating and validating pedestrian movement considering groups. - Luca Crociani; Yiping Zeng; Giuseppe Vizzari; Stefania Bandini (Simul. Model. Pract. Theory, 2018)

A Deep Reinforcement Learning Approach to Adaptive Traffic Lights Management. - Andrea Vidali; Luca Crociani; Giuseppe Vizzari; Stefania Bandini (WOA, 2019)

Calibrating Wayfinding Decisions in Pedestrian Simulation Models: The Entropy Map. - Luca Crociani; Giuseppe Vizzari; Stefania Bandini (CoRR, 2019)

The effect of social groups on the dynamics of bi-directional pedestrian flow: a numerical study. - Francesco Zanlungo; Luca Crociani; Zeynep Yücel; Takayuki Kanda 001 (CoRR, 2019)

A cellular automata based approach to track salient objects in videos. - Luca Crociani; Giuseppe Vizzari; Antonio Carrieri; Stefania Bandini (Nat. Comput., 2019)

Stress estimation in pedestrian crowds: Experimental data and simulations results. - Andrea Gorrini; Luca Crociani; Giuseppe Vizzari; Stefania Bandini (Web Intell., 2019)

An agent-based model for plausible wayfinding in pedestrian simulation. - Giuseppe Vizzari; Luca Crociani; Stefania Bandini (Eng. Appl. Artif. Intell., 2020)

Unveiling the Hidden Dimension of Pedestrian Crowds: Introducing Personal Space and Crowding into Simulations. - Stefania Bandini; Luca Crociani; Andrea Gorrini; Katsuhiro Nishinari; Giuseppe Vizzari (Fundam. Informaticae, 2020)