AN17 - MS95-1: Lagrangian Traffic Flow Control and Autonomous Vehicles Presentation: Benjamin Seibold, Temple University, USA, 30 min 37 sec
AN17 - MS95-1: Lagrangian Traffic Flow Control and Autonomous Vehicles Document: AN17 - MS95-1: Lagrangian Traffic Flow Control and Autonomous Vehicles(PDF)
AN17 - MS95-2: Controlling Stop and Go Traffic with a Single Autonomous Vehicle: Experimental Results Presentation: Raphael Stern, University of Illinois at Urbana-Champaign, USA, 24 min 23 sec
AN17 - MS95-2: Controlling Stop and Go Traffic with a Single Autonomous Vehicle: Experimental Results Document: AN17 - MS95-2: Controlling Stop and Go Traffic with a Single Autonomous Vehicle: Experimental Results(PDF)
AN17 - MS95-3: Analysis and Design of Velocity Controllers for Dissipation of Stop-and-Go Traffic Waves Presentation: Rahul Kumar Bhadani, University of Arizona, USA, 24 min 19 sec
AN17 - MS95-3: Analysis and Design of Velocity Controllers for Dissipation of Stop-and-Go Traffic Waves Document: AN17 - MS95-3: Analysis and Design of Velocity Controllers for Dissipation of Stop-and-Go Traffic Waves(PDF)
AN17 - MS95-4: Stability of the Solutions for Scalar Conservation Laws with Moving Flux Constraints Presentation: Thibault Liard, Rutgers University, Camden, USA, 28 min 56 sec
AN17 - MS95-4: Stability of the Solutions for Scalar Conservation Laws with Moving Flux Constraints Document: AN17 - MS95-4: Stability of the Solutions for Scalar Conservation Laws with Moving Flux Constraints(PDF)