Alpha Low Load Medium Load High Load
1 Low 1 Medium 1 High 1
1.5 Low 1.5 Medium 1.5 High 1.5
2 Low 2 Medium 2 High 2
2.5 Low 2.5 Medium 2.5 High 2.5
3 Low 3 Medium 3 High 3
Pareto arrivals, first 5000 requests,
x -> time(ns)


Load Alpha = 1 Alpha = 1.5 Alpha = 2 Alpha = 2.5 Alpha = 3
Low Low 1 Low 1.5 Low 2 Low 2.5 Low 3
Medium Medium 1 Medium 1.5 Medium 2 Medium 2.5 Medium 3
High High 1 High 1.5 High 2 High 2.5 High 3
Queue size residency
under constant high freq
(Multi-Figures)


Load Alpha = 1 Alpha = 1.5 Alpha = 2 Alpha = 2.5 Alpha = 3
Low Low 1 Low 1.5 Low 2 Low 2.5 Low 3
Medium Medium 1 Medium 1.5 Medium 2 Medium 2.5 Medium 3
High High 1 High 1.5 High 2 High 2.5 High 3
Queue size on arrival CDF
under constant high freq
(Multi-Figures)


Load Alpha = 1 Alpha = 1.5 Alpha = 2 Alpha = 2.5 Alpha = 3
Low Low 1 Low 1.5 Low 2 Low 2.5 Low 3
Medium Medium 1 Medium 1.5 Medium 2 Medium 2.5 Medium 3
High High 1 High 1.5 High 2 High 2.5 High 3
Queue size on arrival timeline
under constant high freq
(Multi-Figures)


Load Alpha = 1 Alpha = 1.5 Alpha = 2 Alpha = 2.5 Alpha = 3
Low Low 1 Low 1.5 Low 2 Low 2.5 Low 3
Medium Medium 1 Medium 1.5 Medium 2 Medium 2.5 Medium 3
High High 1 High 1.5 High 2 High 2.5 High 3
Service time of the arrived trx timeline
under constant high freq
(Multi-Figures)


Worker 1 Worker 2 Worker 3 Worker 4
Worker 5 Worker 6 Worker 7 Worker 8
Worker 9 Worker 10 Worker 11 Worker 12
Worker 13 Worker 14 Worker 15 Worker 16
Service time of the arrived trx timeline for different workers
under constant high freq
alpha=3, high load
(Multi-Figures) (CPU intensive)


Worker 1 Worker 2 Worker 3 Worker 4
Worker 5 Worker 6 Worker 7 Worker 8
Worker 9 Worker 10 Worker 11 Worker 12
Worker 13 Worker 14 Worker 15 Worker 16
Service time of the arrived trx timeline for different workers
under constant high freq
alpha=3, low load
(Multi-Figures)