Figures & data
Figure 1. Capability of the presented single model of reproducing classical scheduling policies such as RR, FCFS, SJF and SRTF.
![Figure 1. Capability of the presented single model of reproducing classical scheduling policies such as RR, FCFS, SJF and SRTF.](/cms/asset/e726e2f8-1728-4cbe-81e6-afc83cc4e612/nmcm_a_942785_f0001_b.gif)
Figure 3. Collected data from the specified software application (black solid line) and simulation with the grey box identified model (blue dashed line).
![Figure 3. Collected data from the specified software application (black solid line) and simulation with the grey box identified model (blue dashed line).](/cms/asset/ef17d843-59b9-4a03-adf6-1d4bcd86f8af/nmcm_a_942785_f0003_oc.jpg)
Figure 4. Identification results for the vips software application with different model structures. The data used for the identification are denoted with a solid line, the simulation results of the ARMAX (10, 10, 10) with a dashed-dotted line, the ARX (30, 30) with a densely dotted line, the ARX (20, 20) with a densely dashed line, the ARX (10, 10) with a densely dotted line, and the ARX (1, 1) with a dashed line.
![Figure 4. Identification results for the vips software application with different model structures. The data used for the identification are denoted with a solid line, the simulation results of the ARMAX (10, 10, 10) with a dashed-dotted line, the ARX (30, 30) with a densely dotted line, the ARX (20, 20) with a densely dashed line, the ARX (10, 10) with a densely dotted line, and the ARX (1, 1) with a dashed line.](/cms/asset/ecc0a4a9-02fc-453e-a113-53e696bfad75/nmcm_a_942785_f0004_oc.jpg)
Table 1. Results obtained with the Matlab identification Toolbox for the vips application with various model structures.