操作系统教程（英文版）.ppt

Figure1.1Levelsofabstractioninmodeldevelopment

Figure2.1FeasiblespaceoftheReddyMikksmodel

Figure2.2OptimumsolutionoftheReddyMikksmodel

Figure2.3Graphicalsolutionofthedietmodel

Figure2.4DefiningtheReddyMikksmodelwithExcelSolver(filesolverRM1.xls)

Figure2.5Solveroptionsdialoguebox

Figure2.6UseofrangenamesinExcelSolver(filesolverRM2.xls)

Figure2.7RudimentaryAMPLmodelfortheReddyMikksproblem(fileamplRM1.txt)

Figure2.8AMPLmodeloftheReddyMikksproblemusinghard-codedinputdata(fileamplRM2.txt)

Figure2.9Schematicrepresentationoftheproduction-inventorysystem

Figure2.10Optimumsolutionoftheproduction-inventoryproblem

Figure2.11Numberofbusesasafunctionofthetimeoftheday

Figure2.12Productflowintherefineryproblem

Figure2.13TerrainprofileforProblem7

Figure2.14Overheadcranewithtwoyokes(Problem11)

Figure3.1Transitionfromgraphicaltoalgebraicsolution

Figure3.2LPSolutionspaceofExample3.2-1

Figure3.3Iterativeprocessofthesimplexmethod

Figure3.4SolutionspaceofProblem3,Set3.2b

Figure3.5GraphicalinterpretationofthesimplexmethodratiosintheReddyMikksmodel

Figure3.6SolutionSpaceforProblem7,Set3.3b

Figure3.7LPdegeneracyinExample3.5-1

Figure3.8SolutionspaceofProblem1,Set3.5a

Figure3.9LPalternativeoptimainExample3.5-2

Figure3.10LPunboundedsolutioninExample3.5-3

Figure3.11InfeasiblesolutionofExample3.5-4

Figure3.12Graphicalsensitivityofoptimalsolutiontochangesintheavailabilityofresources(right-handsideoftheconstraints)

Figure3.13Graphicalsensitivityofoptimalsolutiontochangesintherevenueunits(coefficientsoftheobjectivefunction)

Figure3.14TORAsensitivityanalysisfortheTOYCOmodel

Figure3.15ExcelSolversensitivityanalysisreportfortheTOYCOmodel

Figure3.16AMPLsensitivityanalysisrepo