| How Miconic 10 rationalizes traffic 
In this simplified example of a classic up-peak situation, 24 people
call elevators over a period of a few seconds to travel from the lobby to a variety of
floors.
With the conventional control the first 10 arrivals
cram themselves into the first available car. The next 8 fill up the second, and the few
remaining occupy the other cars.
This random behavior by passengers means that every car has multiple
destination stops, so journey times are slowed. And the majority of passengers suffer
overcrowding.
Miconic 10, on the other hand, knows not only that
the comfortable car load is 6 persons, but also that floors 4 and 5 have the highest call
density in up-peak traffic.
It directs the 6 passengers traveling to each of the two busy floors
to individually assigned cars, and rationally distributes the remainder.
As a result, Miconic 10 ensures that all the passengers experience a
speedy one- or two-stop ride, no-one suffers overcrowding and time to destination is
faster. |
