Traffic lights at crossroad.
We consider some usual problems as follows in this proposed approach and have found out adequate solutions for them: Traffic lights at crossroad Changing the lane.
To reduce this, we must look for sufficient members within the cluster whose behavior at crossroad is similar to that of the intended applicants, as in [13].
For instance, at crossroad A, there are two lanes for going out from A via (hbox {A}_{1}) and two lanes for coming into A via (hbox {A}_{1}) and also, at crossroad G, there are three lanes for going out from G via (hbox {G}_{2}) and there is no lane for coming into G via (hbox {G}_{2}).
The chromosome(_{x}) in this approach is a set of vehicles in a same cluster with X which the probability of their behavior at crossroad is almost similar to X.
In the meantime, there is no choice to turn to (hbox {A}_{1}) at crossroad A. At some urban crossroads, we have traffic lights and, therefore, this is another condition for a crossroad that we should consider.
