Algorithm

The Decision Tree of the Scheduling Algorithm

Priority order of criteria when creating a schedule

The multi-level decision-making logic for selecting employees and assigning shifts in automated schedule planning.

The interface of the "Rostar" software, which shows the result of the "parquet" algorithm described in the description. The graph shows the daily labor requirement (headcount curve), while the table shows the optimized, multi-skilled shift schedule, where the assigned shifts cover the requirement curve like a "parquet."

Operation of a multi-skilled automatic floor plan maker (parquet flooring)

Automatic scheduler with multiple skill management that optimizes workforce allocation and minimizes idle time.

How the matching algorithm works, structural diagram

Preference-based shift scheduling

Maximizing employee satisfaction with the Hungarian algorithm

Screenshot of break scheduling software visualizing the results of the algorithm described in the description. The Gantt chart shows how employees' short (dark green) and long (light green) breaks are distributed throughout the day.

A break scheduling algorithm based on the principle of „least frequent break pattern”

Effective break scheduling for balancing workload: a new approach to diversifying rest breaks at work.