October 15-17, 2001, Symposion,
Nagoya University,
Japan
| S. Havlin | A 'Generalized Fundamental Diagram' for traffic and possible applications |
| H. Hayakawa | Granular Micropolar Fluid Mechanics |
| D. Helbing | Dynamical Phenomena in Pedestrian and Freeway Traffic: Observations and Theory |
| R.G. Herrtwich | Cooperative Driving: Taking Telematics to the Next Level |
| Y. Honda | Phase transition of three-directional traffic-flow on 2D network |
| B.S. Kerner | Three-Phase-Traffic-Flow-Theory |
| M. Kikuchi | to be announced |
| D. Kim | Continuum Traffic Equations from Microscopic Car-Following Models |
| M. Koshi | An Interpretation of a Traffic Engineer on Vehicular Traffic Flow |
| P.L. Krapivsky | Aggregation and Fragmentation in Traffic and Internet |
| M. Matsushita | Dynamics and Structure of Granular Flow through a Vertical Pipe |
| K. Nagel | Absolutely stable high-flow states in stochastic car-following models |
| A. Nakayama | Optimal Velocity Model and its Applications |
| K. Nishinari | Euler and Lagrange representation of traffic models |
| Y. Noguchi | ITS and the Revolution of Automobiles |
| T. Ohira | Stochastic Resonance toward Traffic Models |
| H. Ozaki | Modeling of Vehicular Behavior from Traffic Engineering Perspectives |
| A. Schadschneider | Bionics-inspired cellular automaton model for pedestrian dynamics |
| S.-i. Tadaki | Congestion Induced by Bottlenecks in Two-lane Optimal Velocity Traffic Flow Model |
| B.H. Wang | Spacing-Oriented Analytical Approach To A Middle Traffic Flow CA Model Between FI-Type And NS-Type |
| S. Yukawa | Observational Aspects of Japanese Highway Traffic |
| C. Demir | Modellling the Impact of ACC-Systems on the Traffic Flow at Macroscopic Level (presented by B.S.Kerner) |
| M. Takayasu | Critical Phenomena in Internet Traffic |
| Pik-Yin Lai | Avalanches and Flow Dynamics of a Collapsing Granular Pile |
| Byungnam Kahng | Universal behavior of load distribution in scale-free networks |