Hi,
As you all know, there are some traffic related issues. For example, on a 3 lane road, the traffic will not make use of all available space but rather create huge lines on a single lane.
As I understand it, this is related to the way route is computed: from point A to point B. Once computed, the route is set in stone. In a real life scenario, a driver will choose the road with less traffic as no one likes standing still.
How about:
1. computing 3 routes from point A to B and choosing the one with less traffic?
or even better,
2. consider an A to E route, with B, C and D points/intersections between A&E.
How about computing 3 routes for segment A&B and choosing the best? Once arrived at B, compute B&C segment(also 3 routes), choosing the best etc etc.
In this context, "best"== less traffic, not shortest distance
What do you guys think?
As you all know, there are some traffic related issues. For example, on a 3 lane road, the traffic will not make use of all available space but rather create huge lines on a single lane.
As I understand it, this is related to the way route is computed: from point A to point B. Once computed, the route is set in stone. In a real life scenario, a driver will choose the road with less traffic as no one likes standing still.
How about:
1. computing 3 routes from point A to B and choosing the one with less traffic?
or even better,
2. consider an A to E route, with B, C and D points/intersections between A&E.
How about computing 3 routes for segment A&B and choosing the best? Once arrived at B, compute B&C segment(also 3 routes), choosing the best etc etc.
In this context, "best"== less traffic, not shortest distance
What do you guys think?
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