Titlebook: Crowd Dynamics, Volume 1; Theory, Models, and Livio Gibelli,Nicola Bellomo Book 2018 Springer Nature Switzerland AG 2018 Crowd Dynamics.Pe

异端邪说2

令人心醉

S. Jordan,U. Heber,V. Weidemannoduce the main physical quantities characterizing the properties of a homogeneous crowd. A brief summary of some important empirical findings is given. Finally, we discuss the properties of microscopic pedestrian models. Different classifications of the models are proposed. We emphasize the relevanc

语源学

S. Jordan,U. Heber,V. Weidemannnce, the modeling of traffic flow through bottlenecks, such as exits in the context of pedestrians’ traffic and tollgates in vehicular traffic. In particular, we consider nonlocal constraints, which allow to model, e.g., the irrational behavior (“panic”) near the exits observed in dense crowds and t

恫吓

漂浮

繁殖

B. Golubov,A. Efimov,V. Skvortsovd velocity field, while the second population contains exclusively passive agents, i.e., agents that have no preferred direction of motion. The orientation of their local velocity is affected by repulsive interactions with the neighboring agents and environment. We present two models that allow for

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不透气

https://doi.org/10.1007/978-3-030-05129-7Crowd Dynamics; Pedestrian movement; Crowd modeling and simulation; Virtual reality applications; Homoge

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Springer Nature Switzerland AG 2018

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