Fractal Flows

A Fractal City

@TFTC_TRB @netlogo Try this experiment to see the influence of rerouting

@TFTC_TRB @netlogo At higher densities one can see really well how the voids- absence of a vehicle shown as black pixels- travel upstream in the NW direction These voids act like interacting particles, describing random paths. These paths become deterministic when the probability of rerouting = 1

The case probability of rerouting = 1 might be suggesting a new type of control strategy. Notice the speed increase as a result of persistent crossing patterns.

Online simulation of the #BML model with rerouting: sites.google.com/view/bml-model… Explore the different emerging patterns by changing the initial vehicle density and the rerouting probability #Traffic #Networks @TFTC_TRB @Netlogo

#Distribution #network finding. Factory on top delivers packages to residences at the bottom. What is the most efficient network? #logistics @netlogo

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#Gridlock in the city according to the #BML model. Constant density and deterministic rules yet gridlock seems unpredictable?

The future of #traffic flow is #granular. Are you going to the #TFTG24 traffic and granular flow conference in Lyon?? Deadline end of the month. just submitted my abstract tgf2024.sciencesconf.org @TFTC_TRB @BerkeleyITS @b_rational @DirkHelbing

Supercritical State of Urban Networks Discovered! youtu.be/UYksViJDUa0?si… via @YouTube

Ever wonder why some parts of a city never get congested? #trafficflow youtu.be/gLvBwf8yqYA?si…

the music of the digits of PI youtu.be/br7OeMbQ_TY

With endogenous demand only: Trips are generated within the region and exit the region using the right and bottom edges

Spongeville2 - OT 1356t3 Fractal Cities - urban network simulation 0.3_Prr_1._pcar_1._pout_10._dt_243_n

BLM traffic model - w/ rerouting - Sponge network - 0 003 Prr 0 15 pcar ... youtu.be/v-OxLbsVvJQ?si… via @YouTube