This algorithm is designed to minimize the total waiting time of all individuals waiting in a building, while also trying to balance the weight load. Given there are equal number of people on each floor, with a uniform appearance of individuals to use the elevator at each floor. Assuming there are several hours a day which are "rush-hour times," the algorithm is designed to provide the most "fair" way to destribute the elevators to the various floors.
That is to say, the algorithm allocates resources in an attempt to make the average wait time, multiplied by the average passanger load of each elevator, to be as close to the same as possible. Thereby, taking into consideration comfort, carrying capacity, and wait time all in one.
The algorithm requires the following variables:
- Number of Floors - 12
- Number of Elevators - 5
The algorithm assumes the following constants. The variables can be adjusted, but do not effect the algorithm:
- Same Number of Elevator Users per Floor - 100 individuals
- Speed of Elevator (ignoring speed-up or slow down) - 5 seconds per floor
- Waiting Time per Floor (onboarding and departing) - 20 seconds
This program/algorithm was written for austingwalters.com. It is more or less a simple resource allocation algorithm and is a common interview question.
If you have any suggestion or improvements, don't hesitate to contribute.