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Highway Traffic Simulation

Highway Traffic Simulation. CS 395: Projects with NetLogo Final Project. Problem.

yuli-hooper
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Highway Traffic Simulation

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  1. Highway Traffic Simulation CS 395: Projects with NetLogo Final Project

  2. Problem STANDING WAVE: a "rubbernecker slowdown" ...without rubberneckers! Traffic-waves need not drift backwards. Sometimes they sit in one place. Once this type of traffic wave is established, it can last nearly forever. New cars MUST slow down as they enter, and that's what makes the wave persist. You cannot dissolve the slowdown by accelerating out at the end, since you're still blocked by the driver ahead of you.

  3. Solution Bring a huge space in as you approach it. This temporarily cuts off the flow of incoming cars which feeds it and keeps it alive. A single driver can easily erase a small slowdown.

  4. Screenshot of working model

  5. How a user can help dissolve a traffic jam Android cars: Black Human Car: Green Size of traffic wave is reduced while cars behind user follow at regular intervals without crowding. User slows down while approaching jam creating empty space ahead of him.

  6. Plot observations Single carefully controlled car brings down extent of traffic jams. Plot without any human intervention

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