X - UWSpace - University of Waterloo
X - UWSpace - University of Waterloo
X - UWSpace - University of Waterloo
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LIST OF FIGURES<br />
Figure 1.1 Structures <strong>of</strong> multi-stage problem. h m Lm and Fuller [ 19951 ........................ (1)<br />
Figure 1.2 General structure <strong>of</strong> the multi-part models ....................................................... (4)<br />
Figure 2.1 information fiow <strong>of</strong> nested primal-dual decornposition .................................. (12)<br />
Figure 3.1 Information Row for panllel two-part algorithm .................................... . .. (26)<br />
Figure 4.1 The bifurcation process for N=9 (9-parts) ...................................................... (48)<br />
Figure 4.2 +part decornposition principle and information fiow ..................................... (50)<br />
Figure 4.3 Bstage decomposition principle in Lan-Fuller method ................................... (53)<br />
Figure 1.4 Information flow <strong>of</strong> +stage decomposition in Lm's method .......................... (61)<br />
Figure 1.5 Information flows for the heunsiic parallel decomposi tion algorithm ............ (75)<br />
Figure 5.1 Network connectivity ....................................................................................... (88)<br />
Figure 5.1 Exmple <strong>of</strong> GAMS mode1 fomulation ............................................................ (90)<br />
Figure 5.3 Example <strong>of</strong> SET file ......................................................................................... (91)<br />
Figure 5.4 Example <strong>of</strong> anonymous mauix generated by GAMS ...................................... (92)<br />
Figure 5.5 Example <strong>of</strong> multi-part structure generated by WSET ...................................... (93)<br />
Figure 5.6 A scenario me for HEPGl .............................................................................. (97)<br />
Figure 5.7 Speedups for FP with Simplex and Banier ................................................ ( 105)<br />
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Figure 5.8 Efficiencies for FP with Simplex and Barrier (106)