Scenarios. All experiments will be run in four different scenarios. No RINA Network: This scenario uses triggers from the operators OSS/NMS (here simulated by a skeleton application) to benchmark the DMS strategy execution. All developed strategies will be tested for speed and scale. The DMS will be a stand-alone DMS as shown in Figure 11. Minimum RINA Network: This scenario uses the minimum RINA network (2 hosts, 2 border routers, 1 interior router, cf. Figure 13) with an associated strategy for the experiment. The DMS will be a full configuration as shown in Figure 12. Medium Size RINA Network: This scenario uses a medium size RINA network, for instance the European network used in experiment 3 as shown in Figure 21 and an associated strategy for the experiment. The DMS will be a full configuration as shown in Figure 12. MS1 M16 DMS Software with Strategy Executor, OSS/NMS trigger, MA/Demonstrator Integration MS2 M17 Strategy for experiment defined and tested MS3 M18 Strategy for experiment defined and tested MS4 M19 Strategy for experiment defined and tested MS5 M20 Strategy for experiment defined and tested MS6 M21 reference experiment with measurements on LMI reference server MS7 M22 continuous experiments for scenario 1 (benchmarking) MS8 M24 continuous experiments for scenario 2 (minimal RINA network) MS9 M26 continuous experiments for scenario 3 (medium size RINA network) MS10 M28 continuous experiments for scenario 4 (large size RINA network) Large Size RINA Network: This scenario uses a large size RINA network, for instance the US network used in experiment 3 as shown in Figure 22 and an associated strategy for the experiment. The DMS will be a full configuration as shown in Figure 12.
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Scenarios. All experiments will be run in four different scenarios. No RINA Network: This scenario uses triggers from the operators OSS/NMS (here simulated by a skeleton application) to benchmark the DMS strategy execution. All developed strategies will be tested for speed and scale. The DMS will be a stand-alone DMS as shown in Figure 11. Minimum RINA Network: This scenario uses the minimum RINA network (2 hosts, 2 border routers, 1 interior router, cf. Figure 13) with an associated strategy for the experiment. The DMS will be a full configuration as shown in Figure 12. Medium Size RINA Network: This scenario uses a medium size RINA network, for instance the European network used in experiment 3 as shown in Figure 21 and an associated strategy for the experiment. The DMS will be a full configuration as shown in Figure 12. MS1 M16 DMS Software with Strategy Executor, OSS/NMS trigger, MA/Demonstrator Integration MS2 M17 Strategy for experiment defined and tested MS3 M18 Strategy for experiment defined and tested MS4 M19 Strategy for experiment defined and tested MS5 M20 Strategy for experiment defined and tested MS6 M21 reference experiment with measurements on LMI reference server MS7 M22 continuous experiments for scenario 1 (benchmarking) MS8 M24 continuous experiments for scenario 2 (minimal RINA network) MS9 M26 continuous experiments for scenario 3 (medium size RINA network) MS10 M28 continuous experiments for scenario 4 (large size RINA network) DRAFT Large Size RINA Network: This scenario uses a large size RINA network, for instance the US network used in experiment 3 as shown in Figure 22 and an associated strategy for the experiment. The DMS will be a full configuration as shown in Figure 12.
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Sources: Grant Agreement