How does SCOOT model driver behaviour?
Discussion
SCOOT is the automated, intelligent system that controls traffic light phasing in built up areas.
My local council is consulting on upgrading zebra crossings on all 4 arms of a small roundabout to toucan crossings, and have claimed it will benefit "all users" because their modelling in SCOOT has shown better traffic flow.
It may be true, but I'm sceptical about how the model simulates driver behaviour. A mile up the road there is a pelican crossing right on top of the exit of another roundabout, whch queues up right over the roundabout because drivers in the real world don't give way or leave gaps where they ought to.
Hence the question.
FWIW I'm prepared to keep an open mind about it, but would like to get some background.
Thanks.
My local council is consulting on upgrading zebra crossings on all 4 arms of a small roundabout to toucan crossings, and have claimed it will benefit "all users" because their modelling in SCOOT has shown better traffic flow.
It may be true, but I'm sceptical about how the model simulates driver behaviour. A mile up the road there is a pelican crossing right on top of the exit of another roundabout, whch queues up right over the roundabout because drivers in the real world don't give way or leave gaps where they ought to.
Hence the question.
FWIW I'm prepared to keep an open mind about it, but would like to get some background.
Thanks.
Gassing Station | Speed, Plod & the Law | Top of Page | What's New | My Stuff