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I am wondering if anyone put real-world details into mathematical models. In case of a single line and multiple cashiers, people tend to stand farther from the
by mynegation 10y ago
I am wondering if anyone put real-world details into mathematical models. In case of a single line and multiple cashiers, people tend to stand farther from the cashiers than they would be standing if they had chosen specific line and it requires tiny bit of attention and delay to scan cashiers constantly. Depending on the shop/service, if you choose the line you may start putting out your purchases onto the conveyor belt while the person in front of you is still being served, not so much when you do not know your cashier in advance.
From my airport experience, hybrid models tend to be pretty good: one single line to security scan or passport check and then it is ushered into many short ones. Probably should mathematically model that and see what happens.
- icebraining 10y agoOne of the supermarkets around here has an automated alerting system that tells the next person in line which cashier they should move to (they use a large screen and a recorded voice). The notification comes when the cashier moves to the payment step, so you still have time to unload the purchases onto the belt before the previous customer is finished.