| |
| ABCanalysis.lng | Do ABC Analysis of a set of items |
| ADALLOT.lng | Advertising Insert Assignment Problem |
| AdMediaSelection.lng | Ad Media Selection |
| AirlineOptimization.pdf | Optimization Applications in Airline Planning |
| AirTrafficFloGrnDlay.lng | Air Traffic Flow Model with Ground Delays |
| AllocateKways.xlsx | - |
| AllocIntAmnt.xlsx | - |
| alphametic.xls | Alphametics (addition) |
| AltOptCalcNoG.lng | - |
| AnaHierProc02.lng | Analytic Hierarchy Process Example |
| Applications of Optimization to Problems in Sales and Marketing | - |
| Applichm01.lng | Supply sourcing |
| ARMA_MODEL.xls | ARMA(1,1) Model |
| ARouteGA.lng | Airline Routing |
| AROUTESC.lng | Airline Routing |
| ARouteSC24.lng | The Jet/ FTL/ Taxi Routing Problem |
| ASLBAL.lng | Assembly Line Balancing |
| AslBalMinC01.lng | Assembly line balancing model |
| AslBalMinCRbt02.lng | Assembly line balancing model |
| ASSET_LIABILITY_D.lng | Asset-Liability Management, Deterministic case |
| ASSET_LIABILITY_S.lng | Asset-Liability Management, Stochastic case |
| ASSIGN.ltx | Assignment Problem |
| Assignment.lng | Assignment model |
| ASSIGNWB.xls | Assignment Problem |
| AssortPlan.lng | Assortment Planning |
| AssortPlanX.lng | Assortment planning |
| AstroCosDuals.xlsx | Astro/Cosmo/Digital Recorder Product Mix Problem. |
| AstroCosFuzzy.lng | |
| AstroCosmoSP.xlsx | - |
| AstroCosSemic.xls | Go/No-Go Decisions and Binary Variables |
| AstroCosTrndo.lng | Tornado parametric analysis of AstroCosmo model |
| AstroCosWB.xls | The Astro Cosmo Problem |
| AstroCos_FC.xlsx | The Astro Cosmo Problem |
| AUCTEQ.ltx | Auctioning Classes to Students - Equilibrium problem |
| AUCTION.ltx | Auctioning Classes to Students |
| BARD02.lng | Bard MPEC(Math Program with Equilibrium Constraints) |
| BassModel.lng | Estimate the Bass model for new product sales |
| BassModel.xls | Estimate the Bass Model for new product sales |
| BAYES.lng | Bayes Rule Conditional Probabilities |
| BDTBONDT.lng | Black/Derman/Toy Binomial Interest Rate Model |
| BENCHMK.ltx | Organizational Benchmarking |
| BendersX.lng | Benders decomposition |
| BestWorst.lng | BestWorst method for Multi-criteria problems |
| BicycleWalk01.lng | A one machine sequencing problem |
| BIMATRIX.ltx | Two-Person Nonconstant Sum Game |
| BiMatrixGame.lng | Two-Person Nonconstant Sum Game |
| BlendGenericSS02.lng | - |
| BlendGenericSS08.xlsx | - |
| BlendOctaneQP.lng | A blending model with a quadratic approximation |
| BlendOctaneQPDATA1.xlsx | - |
| BlendOctaneQPsparse01.lng | A blending model in LINGO |
| BlendOctaneQPx.xlsx | Nonlinear Blending Gasoline to meet a MON Target |
| BLENDWB.xls | Blending of Ingredients in What'sBest! |
| BLENDWBflat.xlsx | Blending Model |
| BLEND_COAL.xls | Generic Blending Model |
| BLNDNG.ltx | Blending of Ingredients 2 |
| BLOCK.xls | The Building Block Method |
| BONDS.xls | Bond Portfolio Optimization |
| BOX.lng | Designing a Computer Cabinet |
| BOXWB.xls | Designing a Computer Cabinet |
| BUNDLE.ltx | Product Bundling |
| Bundling2.lng | - |
| BusRouting.lng | Bus route design problem |
| CALLBKC.c | A C Programming Example with a Callback Function |
| CALLBKVB.frm | A Visual Basic Programming Example with a Callback Function |
| capbudps.xls | Project Selection Model in What'sBest |
| CapBudPsL.lng | Project Selection Model in LINGO |
| CAPBUDX.xls | Capital Budgeting |
| CapLoc.lng | Capacitated Plant Location Problem |
| CASHBALN.xls | Optimal Cash Balance |
| CASHMGMT.ltx | Cash Balance Management |
| catenary.lng | Catenary curve calculation for a hanging chain with 2*N links. |
| Cell_Network.lng | Cell phone base station location model in LINGO. |
| CentralLimitTheorem.lng | Illustrate Histogram feature of LINGO |
| ChannelFlo.lng | Model of flow |
| ChartPcontour.lng | - |
| ChartPdfNormVsStudT01.lng | - |
| ChemEqlb.lng | Chemical equilibrium problem |
| CHESS.lng | Blending of Ingredients 3 |
| CHISQUARED.lng | Chi-square Goodness of Fit test |
| CholeskyNormal.lng | Cholesky Factorization |
| CircleMin.lng | - |
| Circularity02.lng | - |
| ClusterDisk.lng | Clustering |
| Clustering.lng | Partition items into clusters |
| CLUSTERS.lng | Clustering Example |
| ClustrKcntrdm.lng | k-Centroid Clustering |
| ColorGraph.lng | A graph coloring model in LINGO |
| ComplexArithmetic.lng | Complex arithmetic in LINGO |
| CONGEST.ltx | Managing Traffic Congestion |
| CONJOINTG.lng | Conjoint Analysis |
| CONJOINTS.lng | Conjoint Analysis |
| conrouting.lng | Container routing problem |
| CourseAssign06.xlsx | Student to class assignment problem |
| Cover_Lotry4.lng | Lottery ticket covering problem |
| Covid19-Apr24.xlsx | Covid 19 |
| CovrSpecies.lng | Model for selecting Nature Reserves |
| CPMPERT.ltx | Project Evaluation & Review Technique/Critical Path Method |
| CPostman03.lng | Chinese Postman problem |
| CrashCPM.lng | A PERT/CPM model with crashing |
| CREWSCHD.ltx | Crew Scheduling |
| CritPath01.lng | Compute critical paths |
| CropAllocation-HWC.xlsm | Crop Allocation |
| CrossOverOff.lng | - |
| CUTSGEN.lng | Cutting Stock with credit |
| CUTSTOCK.xls | Cutting Stock |
| CUTTING.ltx | Cutting Stock |
| CUTTING_STOCK.xls | Cutting Stock |
| cycle.lng | Product Cycling Problem |
| DAMPOOLD.lng | Water Reservoir Model |
| DATAENV.ltx | Data Envelopment Analysis |
| DDFefficiency.lng | - |
| deamod.xls | Data Envelopment Analysis of Decision Maker Efficiency |
| DecompIt.lng | Matrix Decomposition |
| Decomposed_Price_Model.xls | Decomposition Model for Price Change |
| DECTREE.lng | Oil Drilling Decision Tree |
| DEMRND.lng | Generating Random Numbers |
| Dept2Locn.lng | The Department to Location Facility Assignment Problem(Dept2Locn) |
| Dept2LocnX.xlsx | The Department to Location Facility Assignment problem |
| Dial_a_Ride.lng | A traveling salesperson problem |
| Dice_DesignNT.xlsx | Constructing Nontransitive Dice |
| DinkelBach.lng | Optimize a model with a ratio objective |
| DiscGen06.lng | Discriminant analysis by linear programming |
| DiscrmLP10.lng | Discrimant analysis |
| DiscrmSwiss02.lng | Discriminant analysis by integer programming |
| DISTCOLM.lng | Distillation Column |
| DistillationSolver05.xlsx | Optimizing a Distilation/Boiloff Curve with a Linear Model in What'sBest! |
| DISTRIB.ltx | Distribution Problem |
| district02.lng | Districting/Clustering example in LINGO |
| DNRISK.lng | Scenario Based Portfolio Model |
| DNRISKWB.xls | Scenario Based Portfolio Model |
| DrayageX.lng | The truckload delivery and\or pickup or drayage problem in LINGO |
| DUNBRMIN.lng | Dunbrmin mining problem |
| DUPLEX.lng | Minimum Set of Links Model |
| DynamicProgShortRt.lng | Dynamic programming illustration |
| DYNAMIC_IS_LM4.xls | Dynamic IS-LM Model |
| DynProgKnap01.lng | Solving a Knapsack Problem by Dynamic Programming |
| EGARCH_model.xlsx | EGARCH Model |
| EigenCovarMat3.lng | Eigenvalues/vectors of a covariance matrix |
| EigenExample03.lng | |
| ElectProbsPop.lng | Compute the probability of outcomes in U.S. Presidential Election Electoral College. |
| Electrical Generation | - |
| ENGINOLA.ltx | Enginola Product Mix Problem |
| EntropyMax.lng | Entropy model in LINGO |
| Enumr8Box.lng | |
| EnumrXtrmB.lng | Enumerate extreme points |
| EnumrXtrmC16.lng | - |
| EOQCAP.lng | Capacitated Economic Order Quantity |
| EoqRmodl.lng | Q,r inventory model( EOQRMODL) |
| EoqRmodlx.xlsx | - |
| EVACU8.lng | Evacuation Model |
| ExpoSmooth01.xlsx | Exponential Smoothing |
| EX_IIS.ox | Analyzing an infeasible LP using the LSfindIIS() function |
| EX_LP1 | Java Programming Example of Interfacing with the LINDO API |
| EX_MODIFY | Java programming example of interfacing with the LINDO API demonstrating |
| EX_MPS.frm | VB programming example of interfacing with the LINDO API using external input files. |
| EX_NLP1 | Java Programming Example of Solving a NLP using the black-box style interface. |
| EX_USER.c | NLP that uses a user-defined function |
| EZCOUNT.lng | The Log Gamma Function |
| EZMREPAR.lng | Machine Repairman Problem |
| EZNEWS.lng | Newsboy Problem |
| EZQUEUE.lng | Simple Queuing Example |
| FACTOR.ltx | Factors/beta Portfolio Model |
| FeatureBundleG2.lng | The Product Family Design Problem |
| Financial Application | Optimization Applications in Finance |
| FindLCM.lng | Least Common Multiple |
| FiniteChoice.lng | Choose from a finite set |
| FiniteChoiceX.xls | Choose from a finite set |
| FINPLAN.ltx | Financial Planning |
| FIRfilterLin.lng | FIR Filter design optimization |
| FisherDA04.lng | Fisher's Discriminant analysis |
| FitDiscDist.lng | - |
| FIXED1.xls | Staff Scheduling: Two Stage Fixed Shift |
| FIXED2.xls | Staff Scheduling: Two Stage Fixed Shift |
| FLEET.ltx | Fleet Routing |
| FleetAsgRout.lng | A Fleet Routing and Assignment model in LINGO |
| FLEETDHD.lng | Fleet Routing and Assignment with Deadheading |
| FLEETRAS.lng | Fleet Routing and Assignment |
| FLOWNET.xls | Flow Networking Model |
| FlowShopSeq.lng | Sequencing jobs in a flow shop |
| FlowShopSeqX01.lng | Flow Shop Scheduling with Change_Over Times |
| FLSMODELA.xls | Flexible Least Squares Model |
| ForestHarvest.xlsx | Forest Harvest Model |
| Formulating SP Models in WhatsBest! | Stochastic Programming |
| FTLROUTE.lng | Fleet Routing and Assignment |
| FTLsupply.xlsx | FTL Shipping of Multiple Products from Multiple Suppliers to Multiple Customers |
| FUELBLND.ltx | Fuel Blending Problem |
| FuelTanker01.lng | A fuel ferrying/tankering model in LINGO |
| FunSupWorkAroundDivZero.xlsx | - |
| FunWorkUnsSup.xls | - |
| GAMEBLUE.ltx | Game Theory Problem |
| GAMEGOLD.ltx | Game Theory Problem |
| Garch12.lng | Maximum Likelihood estimation of a GARCH model |
| GARCH_MODELA.xls | GARCH Model |
| GARCH_modelb.xlsx | GARCH Model with Student's-t Error Distribution |
| GateAssign.lng | The dock or gate assignment problem |
| GateAssignWithDelays05.lng | The dock or gate assignment problem with possible delays |
| gcdnu.lng | Greatest Common Divisor |
| GearRatioChoice.lng | Gear ratio selection |
| GenEqlb2.lng | - |
| GeneralizedBASSModel2.xlsx | Generalized BASS Model |
| GenPerm02.lng | - |
| GENPRT.lng | Markowitz Portfolio Example |
| GoalProgBike.lng | Preemptive Goal programming |
| gram_schmid2.lng | Gram-Schmidt orthogonalization, Modified |
| GRAS_method.xlsx | Matrix Balancing with the Generalized RAS (GRAS) Method |
| GreatCircleDistance.xlsx | - |
| GROUPING.ltx | Coal Blending |
| Guiltine13.lng | - |
| GymClass02.lng | Gymnast selection problem |
| HanssmannHess.lng | The Holt-Modigliani-Muth-Simon-Hanssmann-Hess production planning model |
| HanssmannHessx.xlsx | The Holt-Modigliani-Muth-Simon-Hanssmann-Hess Production Planning Model |
| Heat3X.xlsx | Choosing sizes of a series of heat exchangers. |
| HEATX3.lng | Heat Exchangers |
| HeatXchange04.lng | Modeling a Heat Exchanger |
| HeatXchange_WBLMTD_fun03.xlsx | Modeling a heat exchanger - The Logarithmic Mean Temperature Difference - WBLMTD |
| HOGCHANC.xls | Chance Constrained Blending |
| HOGFEED.xls | Hog Feed Blending |
| How to Add Optimization to Your Planning Models | - |
| HPFILT15.lng | Hodrick-Prescott Stochastic Trend |
| HydroPowerLA04.xlsx | Hydro Electric Generator Facility with a Pool/Reservoir |
| inherit.lng | Unordered Lexico maximization of allocations to several parties/participants |
| Inherit1.xlsx | Maximization of the minimum utility of a set of participants |
| InheritMinMax.lng | Allocation of objects to several parties/participants |
| IntegralDefinite.lng | Numerical Integration |
| Interdict01.lng | Facility interdiction model in LINGO |
| IntPtAlg.lng | MODEL for interior point/ barrier primal-dual method |
| INVENT.xls | Multi-Period Inventory Management |
| Inventory Approximation in Supply Chain Design Models | - |
| InvertExmpl.lng | Illustration of the @INVERSE() function |
| Islandia.xlsx | Activity/Resource Model |
| JobAcceptSequ.lng | Job selection and sequencing |
| JobChngOvr01.lng | Single Machine Job Selection and Sequencing |
| JOBSLT.lng | Job Shop Scheduling |
| KalmanFilter08.lng | Kalman filter |
| KBESTKMP.lng | K-Best Solutions |
| KendSPear.lng | - |
| KLargest.lng | Find Kth largest of a set |
| KNAPSACK.lng | Knapsack Model |
| L1_filteringa.xlsx | L1 Trend Filtering |
| LADREGR.ltx | Least Absolute Deviations Regression |
| Lagrange01.lng | Using Lagrangean relaxation |
| LEARNC.lng | Learning Curve |
| LeastMedianReg.lng | Least Median Regression. |
| LEONTIEF.ltx | Leontief Flow Model |
| LEXICO.ltx | Lexico Goal Programming |
| LexicoStaffing.lng | Illustration of Multi-criteria/Lexico/Pre-emptive goal programming |
| LexicoStaffingMinMax.xlsx | Multi-criteria/Lexico/Pre-emptive goal programming |
| LINDO Cutting Stock Tool Kit | - |
| LINDO_SCM_Planner04.lng | Supply Chain design model |
| Linearization02.xlsx | - |
| LINEARZ.xls | Construction Cost Estimation |
| LINERORD.lng | Linear Ordering |
| LineSearchGolden.lng | Illustrate Golden Section line search |
| LINE_BALANCE_B.xls | Line Balancing to Minimize Cycle Time |
| LMAXREGR.ltx | Least Maximum Deviation Regression |
| LMtestGOP1.m | Matlab Programming Example of Solving Nonlinear model with Lindo API's global optimizer |
| LMtestNLP1.m | Matlab Programming Example of Solving Nonlinear model using LINDO API's multi-start nonlinear optimizer |
| LMtestQP.m | The Markowitz Portfolio Selection Problem |
| LOADING.ltx | Product Mix Model |
| LoadLevel.lng | Job Load Leveling |
| Load_Truck.xls | Loading a Compartmentalized Tank Truck |
| LOCKBOX.xls | Locating a Lockbox |
| LOCKBOXG.lng | Locating a Lockbox |
| LOGIT.lng | Score Deriving Model |
| LoopCutb02.lng | - |
| LOOPDEA01.lng | - |
| LOOPKBEST.lng | Illustrates how to append cuts in a loop to generate the K-Best solutions for a binary MILP |
| LOOPSTAFF03.lng | A model with three criteria with "Pre-emptive" importance |
| LOST_SALES0.lng | Infinite Period Newsvendor Problem |
| LOST_SALES1.lng | Infinite Period Newsvendor Problem |
| LotBackLog.lng | Single product Capacitated lot sizing with backlogging in LINGO |
| LOTSIZE.ltx | Two Product Capacitated Lotsizing |
| LotSizing1.lng | Single product Capacitated lot sizing. |
| LST-GARCH_model.xls | LST-GARCH(1,1) Model |
| LSTAR1a.xls | L-STAR (1) Model |
| MachAsgSeq03.lng | Job to Machine Assignment and Sequencing |
| MachAsgSeq4x20.lng | Job to Machine Assignment and Sequencing |
| magichexy.xlsx | The Magic Hexagon Puzzle |
| MAGICSQUARE.xls | The Magic Square Problem |
| MarkDownDet.lng | Mark down pricing, Two period, deterministic case |
| MARKET.ltx | Market Clearing |
| MARKOV.lng | Markov Chain Model |
| Markov_Switching1.xls | MarkovSwitching |
| MARKOW.c | The Markowitz Portfolio Selection Model |
| MARKSCEN.ltx | The Scenario Approach |
| MARKWTZ.ltx | Markowitz Portfolio Model |
| MATCHD.lng | Matching Model |
| MatchInvoicesRE.lng | The invoice/payment matching problem |
| MATREQ.ltx | Material Requirements Planning |
| MatrixOperationsLINGO.pdf | Matrix Functions in LINGO |
| MaxFloInNetwork.xlsx | Maximum Flow in What'sBest! |
| MaxFloMinCut.lng | Max Flow (dual of Min cut) problem |
| MAXLIKES.lng | Maximum Likelihood Estimation with censored data |
| MCinheritULexMxMn.lng | - |
| MCKnapKBest01.lng | |
| MCknapKBest01.xlsx | - |
| MCknapLexMax01.xlsx | - |
| MCknapScen.lng | - |
| MCknapScenario01.xlsx | - |
| MCknapuLexMxMn.lng | - |
| MCknapUnord01.xlsx | - |
| MCOMDIST.ltx | Multi-Commodity Distribution |
| MEDIA.xls | Purchasing Advertising Media |
| MediaReach.xlsx | Maximize the size of market reached by some combination of media, subject to a limit on media spend |
| METRIC.lng | Multi-echelon Inventory |
| MEXICO01.lng | The Mexican Steel Problem |
| MFPLAN.ltx | Multi-period Financial Planning Model |
| MinCutMaxFlo.lng | Min Cut (dual of Max Flow) problem |
| MineSeq01.lng | Mining sequencing problem |
| MinSpanTree.xlsx | Minimum Spanning Tree for a Network |
| MinWorkTime.xlsx | Modeling hiring of personnel for a minimum hire period |
| MLDIST.ltx | Multi-level Distribution |
| MLEweibull04.xlsx | Maximum Likelihood Estimation of discrete data |
| MLogitL.xls | Multinomial Logit Model |
| mnsptreef02.lng | - |
| MnspTreeF03.lng | - |
| Model Simplification to improve Solver Performance | Removing Nonlinearities |
| ModelBestPractices.pdf | Modeling Best Practices |
| MODIFY.ox | C Programming Example with the LINDO API demonstrating adding new variables and constraints. |
| MonteCarloAnalysis.doc | Monte Carlo Analysis |
| MonteCarloInLINGO03.pdf | Monte Carlo Sampling in LINGO |
| MONTEINV.xls | Two Period Purchasing Under Uncertainty |
| Mortgage4.lng | Solve the finite term mortgage problem |
| Move Optimization in Multi-Slide Metal Forming | - |
| MPSCHD.lng | Multiproduct Capacitated Lot Sizing |
| MPSCHD2.lng | One facility, Multiproduct, Multiperiod Capacitated lot sizing |
| MREPAR.lng | Machine Repairman Problem |
| MROUTE.ltx | Truckload Routing Problem |
| MRP.lng | Material Requirements Planning |
| MRPcap05.lng | MRP style Capacity Planning Over Time in LINGO |
| MTRXGAME.ltx | Bimatrix Game Theory |
| MULLDC.lng | Multi-level Distribution |
| MULPLAN.ltx | Multi-Period Production Planning |
| MultCommodity.lng | Multi-commodity flow model |
| Multi-object Auctions | - |
| MULTICOM.lng | Multi-Commodity Network Flow |
| MultiNomi.lng | Multinomial Logit(MNL) Consumer Choice and Assortment model |
| MultiNomiX.lng | Assortment planning/ Consumer Choice |
| MultiPartyOptim08.ppt | Multi-Party Optimization |
| MultiPeriodPlan43 | Multi-period Planning |
| MUNBNDN.lng | Municipal Bond Bidding and underwriting - Net Interest Cost |
| MUNBNDT.lng | Municipal Bond Bidding and underwriting - True Interest Cost |
| MUSIC.ltx | Placing Songs on a Record Album |
| NetEqlx4.lng | Network equilibrium |
| NetFloSCM04.xlsx | Supply Chain/Network Flow Optimization Model in What'sBest! |
| NetFloSimpl.xlsx | Network Flow Optimization Model in What'sBest! |
| Netflo_Multi_ComL15.xlsx | - |
| NetRevMan.lng | "Network" revenue management |
| NETUND.lng | Undirected Telephone Network |
| NeuralNetGen04.lng | Neural Network training in LINGO |
| NewsVendorFacings.lng | The how many facings problem |
| NewsVendScen01.lng | A very simple stochastic programming problem |
| NLTRAZ.lng | Minimize Traffic Congestion |
| NonLinRegrChw2.lng | Nonlinear regression model in LINGO |
| NQUEEN08.lng | N Queens Problem |
| NQUEENS.xls | The N Queens Problem |
| NUSBOY.lng | Newsboy with Fixed Order Charge |
| NuVendSub02.lng | Multi-item newsvendor model with demand substitution |
| NuVendSubX01.xlsx | Multi-item newsvendor model with demand substitution |
| OBJBUNDL.lng | Object Bundling Model |
| OBOOK2.lng | Optimal Airline Overbooking 2 |
| ODshipping02.lng | Path or itinerary based approach for modeling the origin/destination shipping model in Lingo |
| OmegaRatio.lng | - |
| OmegaRatioDinkel.lng | - |
| OmegaRatioLin.lng | - |
| OPTION.lng | Black & Scholes Options Pricing |
| OPTIONB.lng | Binomial Options Pricing |
| OPTONFX.lng | Binomial Options Pricing model on Foreign Exchange |
| ORDEREDPROBITa.xls | Ordered Probit Model |
| ORDREGR.ltx | Ordinal Regression |
| OVERBOOK.lng | Optimal Airline Overbooking 1 |
| PackCircRect.lng | Pack circles into a rectangle |
| packcrcl.lng | Circle packing |
| PACKING.ltx | Loading a Shipping Container |
| PackLine.lng | A Packing Line problem with buffering |
| PackRects03.xlsx | - |
| pagerank.lng | Compute the Google Page rank of a set of connected pages |
| Pandemic05.lng | Pandemic/Epidemiology model in LINGO |
| PandemicEstX04.xlsx | Estimating a Pandemic Model with What'sBest! |
| PARAMETRIC_SIMPLE.lng | Parametric Analysis and Efficient Frontier |
| ParkingDense.lng | Generic set-based LINGO Transportation model |
| ParkingDensex.xlsx | How Should we Assign Parking Spots |
| ParkingSparse.lng | Generic set-based LINGO Transportation model |
| ParkingSparsex.xlsx | How Should We Assign Parking Spots |
| PBOND.lng | Bond Portfolio Optimization |
| PC.lng | Simple Product Mix |
| PCRASH.ltx | Project Evaluation & Review Technique with Crashing |
| PEAPOD1.lng | PEAPOD Supply Case |
| PERISHLS.lng | Perishable product inventory management |
| PermutationGen.lng | Generating all permuations on N items in lexico order |
| PermutationGen01.lng | - |
| PERT.lng | Project Management |
| PERTCPM.ltx | Project Evaluation & Review Technique/Critical Path Method |
| PERTODBC.lng | Project Evaluation & Review Technique/Critical Path Method |
| PERTOLE.lng | Project Evaluation & Review Technique/Critical Path Method |
| PERTRSRD.lng | PERT/CPM Project Scheduling with Resource Constraints |
| PERT_Crash.xlsx | Crash analysis for Reliable Construction |
| PieceLin2D.lng | Piecewise Linear Interpolation |
| Piecelin2Dsos3.lng | Represent or approximate a function of two variables, f(x,y), by piecewise linear interpolation |
| PieceLinearSOS2a.lng | - |
| PieceLinMultPer.lng | - |
| PieceWiseExplicit.xls | PieceWiseExplicit |
| PieceWiseSOS2e.xlsx | Purchasing with a Nonlinear Price Schedule |
| PIPELINE.xls | Pipeline Optimization |
| PlaceRectL09.lng | Placement of objects within a larger 2-D space |
| Planning Under Uncertainty | - |
| PlantDCust.lng | - |
| PlantLocn01.xlsx | Plant Location Model |
| PlantLocnAL02.xlsx | Plant Location Model |
| PLFit15.lng | Fit a piecewise linear function |
| PlotNormalCurve.lng | - |
| PMIXMAC.xls | Product Mix: Using Macros |
| PMIXMAC01.xlsm | - |
| PolygonMax.lng | Maximize the area of a polygon |
| PolynomialExmpl.xlsx | Illustrating the Polynomial Function in What'sBest! |
| PoolingH04.lng | - |
| PoollnWB01.xlsx | Two level blending or pooling model |
| PopInMod06.lng | A simple linear population model |
| PORT.c | Portfolio Selection Problem with a Restriction on the Number of Assets |
| PORTAX.lng | Portfolio with Taxes |
| PORTCARD02.lng | Standard Markowitz portfolio model |
| PortCorrVGb.xlsx | A standard Markowitz portfolio problem |
| PortCorrVGwbInnerProd.xlsx | A standard Markowitz portfolio problem |
| PORTCOST.xls | Portfolio with Transaction Costs |
| PORTCVAR.lng | Conditional Value at Risk Model |
| PortDrawDn01.lng | Portfolio with a DrawDown Risk Measure |
| PortDrawDnR.lng | Portfolio with a DrawDown Risk Measure |
| PortEfFront16.lng | - |
| PORTFOLIORF.xls | The Markowitz Portfolio Problem with a Risk-free Asset |
| PORTFOLIO_BASIC.xls | The Markowitz Portfolio Problem |
| PORTFOLIO_CORREL.xls | The Markowitz Portfolio Problem |
| PORTFOLIO_FACT.xls | Factors Portfolio Model |
| PORTFOLIO_HEDGE.xls | The Markowitz Portfolio Problem |
| PORTFOLIO_MATCH.xls | Markowitz Portfolio with Matching |
| PORTFOLIO_SCENE.xls | Portfolio via Scenarios Model |
| PORTFOLIO_SCENE_DERIVED.xls | Portfolio via Scenarios Model |
| PORTFOLIO_SCENE_HEDGE.xls | Constructing a Hedging Portfolio via Scenarios |
| PORTFOLIO_SCENE_MATCH.xls | Constructing a Matching Portfolio via Scenarios |
| PORTFOLIO_SEMI_V.xls | Portfolio Minimizing Semi-variance |
| PORTFOLIO_SHARPE.xls | Sharpe Ratio Model |
| PORTFOLIO_TAX.xls | Markowitz Portfolio with Transaction Costs & Taxes |
| PORTFOLIO_TRANS.xls | Markowitz Portfolio Problem with Transaction Costs |
| PORTFOLIO_VAR.xls | Markowitz Portfolio, Value-at-Risk Objective |
| PortHedge.lng | Generic Markowitz portfolio Hedging model |
| PortMatch.lng | Markowitz portfolio Matching model |
| PortMultLim.lng | Portfolio model with Scenarios |
| Portofolio_Proj.xls | The Project Portfolio Model |
| PortScenCVarB.xlsx | Portfolio Optimization with the CVaR Risk Measure |
| PortScenHedge.lng | Scenario portfolio model, Hedge 1st asset |
| PortScenInfoR.lng | Maximize the Information ratio of a portfolio |
| PortScenInfoRatioA.xlsx | Portfolio Optimization with the Information Ratio as the Risk Measure |
| PortScenLogUtilA.xlsx | Portfolio Optimization with the Log Utility Risk Measure |
| PortScenMatch.lng | Scenario model, Match 1st asset |
| PortScenMinMADA.xlsx | Mean Absolute Deviation (MAD) for Portfolio Selection |
| PortScenMinVarA.xlsx | Portfolio Optimization with Variance as Risk Measure |
| PortScenOmegaRatioA.xlsx | Portfolio Optimization with the Omega Ratio Risk Measure |
| PortScenPowUtilA.xlsx | Power Utility Measure for Portfolio Selection |
| PortScenSemiVarA.xlsx | Semi-Variance for Portfolio Selection |
| PortScenSharpeR.lng | Maximize the Sharpe ratio of a portfolio |
| PortScenSharpeRatioA.xlsx | Portfolio Optimization with Sharpe Ratio Risk Measure |
| PortScenSortinoRatioA.xlsx | Portfolio Optimization with Sortino Ratio |
| PortScenVaRA.xlsx | Value at Risk(VaR) |
| PORTVAR.lng | Markowitz Value at Risk Portfolio Model |
| POSDadjOffDiag.lng | - |
| POSDadjOffDiag01.xlsx | - |
| POSDdecDiag.lng | The educational testing problem, illustrating @POSD |
| POSDeigvLargest.xlsx | Find the largest eigenvalue of a symmetric matrix |
| POSDeigvSmallest.xlsx | Find the smallest eigenvalue of a symmetric matrix |
| POSDfitCov.xlsx | Finding a Positive Semi-definite Matrix Using the WBPOSD Constraint |
| POSDmaxEig.lng | - |
| POSDminEig.lng | - |
| PRDMX.ltx | Product Mix |
| PREEMPT.ltx | Preemptive Goal Programming |
| PrePosn03.lng | The inventory pre-positioning problem in LINGO |
| PriceProdSimp3.lng | Product bundle pricing (PriceProdSimp) |
| PRICING.xls | Pricing Automobiles |
| prime_largest.lng | - |
| PRINCOMP.lng | Principal Components Analysis |
| Probabilities.lng | Computing Probabilities in LINGO |
| PROBIT.lng | Probability Planning Model |
| PRODLOT.xls | Production Planning (Multi-product, Single facility) |
| ProdMix.lng | A Product Mix problem |
| PRODMIXWB.xls | Product Mix with Setup Costs |
| PRODPLAN.ltx | Production Planning |
| ProdPlan01.xlsx | Multi-period Planning with Tradeoff between Inventory and Overtime |
| ProdPortStrict.lng | Consumer Choice and Assortment model |
| ProdSeq01.lng | Small bucket production sequencing with changeovers |
| Project Planning with PERT/CPM | - |
| ProjectStartPlan.xlsx | Project Start Planning in What'sBest! |
| PROTRAC.ltx | PROTRAC Planning Model |
| PRTCRASH.ltx | Project Evaluation & Review Technique with Crashing |
| PRTSCEN.lng | Scenario Portfolio Selection |
| purchasl.lng | General Purchasing model |
| purchasx.xls | General Purchasing model |
| QAsgnm10.lng | Quadratic assignment problem |
| QDiscBid01.xlsx | Choosing vendors |
| QdiscSup.xlsx | Buying with quantity discounts |
| QdiscSupL.lng | Buying with quantity discounts |
| QDISCX.lng | Economic Order Quantity |
| QMMC.lng | Simple Queuing System |
| qqplot02.lng | Quantile-Quantile plots |
| Quality Optimization | Improving Quality by Matching |
| QUEUEL.lng | Minimal Cost Queuing |
| QUEUEM.lng | Steady State Queuing Model |
| QueueMP.lng | Multi-period, multi-server queue model |
| QueueNservers.xlsx | Optimal number of servers in an M/M/c queue |
| QueueStaffn.lng | Setting Staff levels in a system |
| RadioCommX.lng | Model for assigning frequency bands to links in a radio communications network |
| RangeReport02.lng | Report generation in LINGO |
| RankFind.lng | - |
| RASmethoda.xls | Matrix Balancing with the RAS Criterion |
| RAVINIA.lng | Ravinia Max Flow problem |
| REFINERY.lng | Oil Refinery Model |
| REGRESS.lng | Linear Regression |
| RegressLadMad01.lng | - |
| regressw11.lng | Multiple linear regression in LINDO |
| REGRESSW7.lng | Weighted Regression |
| RegressWgt01.xlsx | Multiple linear weighted asymmetric regression |
| REGRLMAX.ltx | Least Maximum Deviation Regression |
| REGRORD.ltx | Ordinal Regression |
| repairmd01.lng | LP formulation of a Markov Decision Problem |
| RISKFREE.ltx | Markowitz Model with Risk Free asset |
| RoundOffErr.lng | - |
| RoundRep.lng | Rounding Model |
| RoundRep14a.lng | The Rounding problem. |
| RoundRepx.xlsx | How to round a set of numbers so the total is unchanged. |
| RouteFTL.lng | Single Fleet Full Truck Load Routing model |
| ROUTING.ltx | Fleet Routing and Assignment |
| RungeKuttaEst01.lng | - |
| SaleTerrDsgn.lng | Sales Territories Design |
| SampBal14x.lng | The sample weighting problem |
| SAMPLE.lng | Acceptance Sampling 1 |
| SAMPLE2.lng | Stratified Sampling Design |
| SAMPLEC.c | A C Programming Example |
| SAMPLEVB.frm | A Visual Basic Programming Example |
| SAMPLEWB.xls | Optimal Statistical Sampling Strategy |
| SampSizHPGM.lng | - |
| SAMSIZ.lng | Acceptance Sampling 2 |
| SCENARIO.ltx | Scenario Investment Approach |
| Scenarios.lng | Generate scenarios |
| SCENARIO_GENERATOR.lng | Scenario Generator |
| Sched6x6Gnt.lng | PERT/CPM project scheduling with resource constraints |
| ScheduleR1WB.xlsx | A Simple One Resource Scheduling Problem |
| SchoolScheduler.lng | The standard school day scheduling problem |
| SEASON.xls | Seasonal Sales Forecasting |
| Season_ticket.xls | Allocation of Season Tickets |
| SEMIVARI.ltx | Markowitz Model using Semi-variance |
| Seq1TardyWgt01.lng | One Machine Weighted tardiness problem |
| SeriesPar.lng | Optimal redundancy in a series/parallel system |
| SetOps.lng | - |
| SHADES.lng | Seasonal Sales Forecasting |
| SHAPLEY.lng | Shapley value for players in a Coalition |
| SHIPPING.xls | Shipping Cost Reduction |
| ShortestPath.xlsx | Network Flow Optimization Model in What'sBest! |
| Simplex.lng | Simple Simplex iterator |
| SIMXPO.lng | Exponential Smoothing |
| SIXBYSIS.lng | PERT/CPM project scheduling with resource constraints. |
| sixbysisb.lng | PERT/CPM project scheduling with resource constraints |
| SOFTCNST.ltx | Staff Scheduling Model with Soft Constraints |
| SOLPRO-B2.pdf | |
| SONGS.lng | Placing Songs on a Cassette Tape |
| Sortin.lng | Illustrating sorting in LINGO |
| SourceAsgSP01.lng | Sourcing assignment |
| SPcapPlan01.lng | - |
| SPHEREPK.lng | Pack Spheres inside a Cube |
| SplineFit06.lng | LINGO model to fit a spline interpolation curve to a set of points. |
| SportsPlayoff02.lng | - |
| Spreadsheet Optimization | Optimiztion Modeling in Spreadsheets |
| SP_Cap_Plan_Corr.xls | Capacity Planning with Repositioning Under Uncertainty |
| SP_Cap_Plan_Gen.xls | Capacity Planning with Repositioning Under Uncertainty |
| SP_HydroPool01.xlsx | Managing Releases from Water Reservoirs |
| SP_MarkDown.lng | The single product inventory problem with Mark Down |
| SP_NBsimpleL.lng | Newsvendor problem |
| SP_NBsimpleL.xlsx | Simplest Newsvendor model |
| SP_NEWSEndogLP1.lng | Newsvendor model with Endogenous Randomness |
| SP_Plant_location2.xls | Plant Location with Random Demand |
| SP_PutOption.xls | Stochastic Programming Version of an American Put Option |
| Stable_Marriage9.lng | Stable Marriage Assignment |
| STABLE_ROOMMATE8.lng | Room-Mate Matching |
| STAFF.xls | Staff Scheduling |
| StaffBacklog.xlsx | Staffing with Backlogging |
| STAFFC.cpp | C Staff Scheduling Example |
| STAFFCCB.cpp | C Staff Scheduling Example with a Callback Function |
| STAFFDEM.lng | Staff Scheduling |
| STAFFOLE.lng | Staff Scheduling |
| StaffPat.lng | Staff Scheduling |
| StaffPatSimp.lng | The simplest possible work staffing model in LINGO |
| StaffPatSimp01.lng | The simplest possible work staffing model in LINGO |
| STAFFPTR.lng | Staff Scheduling |
| STAFFSCH.ltx | Staff Scheduling |
| STAFFVB.frm | Visual Basic Staff Scheduling Example |
| STAFFVBC.frm | Visual Basic Staff Scheduling Example with a Callback Function |
| StartStopWindow.xlsx | Simple Unit Commitment with Start-up, Run, & Shutdown costs |
| STATEST.ltx | Least Absolute Deviations Regression |
| STOCHAST.ltx | Stochastic Programming |
| STOCK.ltx | Cutting Stock Model |
| StyleAnlys.lng | Style Analysis of a Fund Portfolio |
| StyleAnlys_wb.xls | Style Analysis of a Fund Portfolio |
| SubDP.lng | Enumerate all feasible nonempty subsets of a partially ordered set |
| SUDOKU-SOLN.xls | Sudoku Puzzle Matrix |
| SUDOKU.lng | The Sudoku Puzzle |
| Sudoku_AllDiffx02.xlsx | The sudoku puzzle in What'sBest! |
| Supply Chain Cases: Data | - |
| Supply Chain Engineering Cases | - |
| Supply Chain Glossary | Supply Chain and Operations Management Glossary |
| TARDYWGT.xls | Weighted Tardiness Problem |
| targetia01.lng | Target assignment problem in LINGO |
| TASK_ASSIGNMENT.xls | Task to Facility Assignment |
| TAXPLAN.ltx | Financial Planning with Taxes |
| TELEHUB3.lng | Telecomunications Network |
| TELENET.ltx | Routing in a Telephone Network |
| The ABCs of Optimization Presentation | ABCs of Optimization |
| TRAFFIC.xls | Traffic Cost Minimization |
| TRAFFIC_LIGHTS.lng | Traffic Light Sychronization |
| TraFloSoUo.lng | - |
| TRANCOST.ltx | Markowitz model with Transaction Costs |
| TRANEQ.ltx | A Transportation Equilibrium Problem |
| TransportFixedCost.lng | Standard fixed charge transportation problem |
| TransPortInfeas.lng | A Simple Transportation Problem |
| TransPortLilWB01.xlsx | - |
| TransportProb01.lng | A generic transportation Problem |
| TransportProbSparse01.lng | A generic Transportation Model |
| TransPortSoftCon.lng | A Simple Transportation Problem with soft constraints |
| TransposeOfMatrix | Illustrate Transpose of a matrix |
| TranSprsExtTxt04.lng | A Simple Transportation Model |
| TRANSPRT.ltx | A Scalable network Transportation Model |
| TRUCK.xls | Truck Loading/Knapsack Problem |
| TruckAssign.xlsx | Time Aggregated Truck Assignment to Customer |
| TruckLaneAuction.xlsx | Simple Trucking Lane Auction |
| TruckReplenish.xlsx | Multi-period Planning |
| TrussMe.lng | - |
| tspcutx.lng | Traveling Salesman Problem. Simple version |
| TSPgreatCircle.lng | Traveling Salesman Problem |
| TSP_Chart15.lng | Traveling Salesman Problem |
| TSP_MTZx.xls | Traveling Salesman Problem |
| TwoPersonGame.xlsx | Two Player Non-constant Sum Game |
| uLexMinMax02.lng | Unordered LexicoMinMax procedure |
| unitcom5.lng | - |
| VARIANCE_MIN.xls | Minimize Variance Model |
| VAR_MODELA.xls | VAR(1) Model |
| VehicleRouting.xls | Vehicle Routing, or LTL Delivery Model |
| VehicleRoutingProblems.pdf | Vehicle Routing Optimization |
| VROUTE.lng | Vehicle Routing Problem |
| VRouteMTZplusTM.lng | Vehicle Routing Problem |
| VRouteWindow.lng | The Vehicle Routing Problem (VRP), with time windows (VRouteWindow) |
| WACD__Model.xlsx | Autoregressive Conditional Duration (ACD) Model |
| WasteH2Otreat.lng | Waste water pooling problem |
| WavePicking.xlsx | Timing Picking Waves in a Warehouse |
| WHATIF.lng | Home Mortgage Calculation |
| WIDGETS.lng | Transportation Problem |
| WobbeIndex02.lng | Blending gases based on the Wobbe index |
| WobbeIndexX.xslx | Blending gases based on the Wobbe index |
| WorkSmooth.lng | Planning Model for Capacity Expansion and Work Force Smoothing |
| XYZ.xls | XYZ Corporation |
| XYZVBA.xls | XYZ Corporation |
| YieldMan01.lng | Yield or revenue management model(yieldman.lng) |
| YuseLINGO02.pdf | - |