The models in the GAMS Model Library have been selected because they represent interesting and sometimes classic problems. Examples of problems included in the library are production and shipment by firms, investment planning, cropping patterns in agriculture, operation of oil refineries and petrochemical plants, macroeconomics stabilization, applied general equilibrium, international trade in aluminum and in copper, water distribution networks, and many more.

Another criterion for including a model in the library is that it illustrates the modeling capabilities GAMS offers. For example, the mathematical specification of cropping patterns can be represented handily in GAMS. A further example of the system 's capability is the style for specifying an initial solution as a starting point in the search for the optimal solution of dynamic nonlinear optimization problems.

Seq | Name | Description | Type | Author | Subject |
---|---|---|---|---|---|

413 | timesteps | Accessing previous (or next) time steps in an equation fast | GAMS | GAMS Development Corporation | GAMS Language Features |

412 | trnsindic | Fixed Charge Transportation Problem with Indicator Constraints | MIP | Dantzig, G B | GAMS Language Features |

411 | asyncloop | Transportation Problem with async loop body execution | LP | Dantzig, G B | GAMS Language Features |

410 | dyncge | A Recursive-Dynamic Standard CGE Model | NLP | Hosoe, N | Applied General Equilibrium |

409 | sgolfer | Social Golfer Problem | MINLP | Smith, B | Management Science and OR |

408 | pmedian | P-Median problem | MINLP | Beasley, J E | Management Science and OR |

407 | carseq | Car Sequencing | MINLP | Dincbas, M | Management Science and OR |

406 | derivtst | How to test derivatives of functions | GAMS | GAMS Development Corporation | GAMS Language Features |

405 | qfilter | Audio filter design using quad-precision MINOS | GAMS | GAMS Development Corporation | GAMS Language Features |

404 | partssupply | Parts Supply Problem | NLP | Hashimoto, H | Contract Theory |

403 | asyncjobs | Execute asynchronously several GAMS jobs and collect the fastest | GAMS | GAMS Development Corporation | GAMS Language Features |

402 | tablelayout | Table Layout Model | MIP | Bilauca, M | Engineering |

401 | circpack | Pack circles in the smallest possible rectangle | NLP | Kallrath, J | Management Science and OR |

400 | gussgrid | Simple GUSS Grid example | LP | Bussieck, M R | Management Science and OR |

399 | gussrisk | Simple investment example with varying weigth for risk using GUSS | NLP | GAMS Development Corporation | Management Science and OR |

398 | gussex1 | Simple GUSS example | LP | Bussieck, M R | Management Science and OR |

397 | clad | Computation of Fairs extramarital affairs model estimates | MIP | Florios, K | Statistics |

396 | allbases | Enumerate all Feasible Basic Solutions of the Transportation Problem | MIP | Dantzig, G B | Micro Economics |

395 | tricp | Triangular Graph Circle Packing | QCP | Fuenfzig, C | Micro Economics |

394 | solmpool | Cplex Solution Pool for a Simple Facility Location Problem with Merged Solution File | MIP | ILOG | Management Science and OR |

393 | cesam2 | Cross Entropy SAM Estimation | NLP | Robinson, S | Micro Economics |

392 | prisoner | Prisoners dilemma as EMP and MCP | EMP | Ferris, M C | Applied General Equilibrium |

391 | tgridmix | Grid Transportation Problem with Single Submit and Collect Loop | LP | Dantzig, G B | Management Science and OR |

390 | srtree | Simple Scenario Tree Construction Example | GAMS | H. Heitsch | Stochastic Programming |

389 | stablem | Stable Marriage Problem | MIP | Weisstein, E W | Management Science and OR |

388 | trigx | Another Trigonometric Example | NLP | Pinter, J D | Mathematics |

387 | cpack | Packing identical size circles in the unit circle | QCP | Pinter, J D | Mathematics |

386 | trnspwlx | A Transportation Problem with Piecewise Linear Functions | MIP | Dantzig, G B | Management Science and OR |

385 | bidpwl | Bid Evaluation with Piecewise Linear Functions | MIP | Bracken, J | Management Science and OR |

384 | epscmmip | Improved version of eps-Constraint Method for Multiobjective Optimization | MIP | Mavrotas, G | Mathematics |

383 | saras | South African Regionalised Farm-level Resource Use and Output Supply Response (SARAS) model | NLP | Olubode-Awosola, O O | Agricultural Economics |

382 | linearne | Linearization techniques for extremal-Nash equilibria | EMP | Hesamzadeh, M R | Energy Economics |

381 | powerset | PowerSetLeft and PowerSetRight examples | GAMS | GAMS Development Corporation | GAMS Language Features |

380 | pmeanvar | Mean-Variance models with variable upper and lower bounds | MIQCP | Gunluk, O | Finance |

379 | fdesign | Linear Phase Lowpass Filter Design | QCP | Lobo, M S | Engineering |

378 | iobalance | Updating and Projecting Coefficients: The RAS Approach | NLP | Miller, R E | Statistics |

377 | ps5_s_mn | Parts Supply Problem w/ 5 Types w/ Random p(i) | NLP | Hashimoto, H | Contract Theory |

376 | flowshop | Flow shop scheduling | MIP | Gueret, C | Management Science and OR |

375 | pmelody | Choose notes for melodic lines and chords with permutations | GAMS | GAMS Development Corporation | GAMS Language Features |

374 | ptsp | Traveling Salesman Problem Instance solved with explicit Permutation Enumeration | GAMS | GAMS Development Corporation | GAMS Language Features |

373 | cclinpts | Finding Optimal Breakpoints when linearizing a power utility function | NLP | Rasmussen K.M. | Finance |

372 | sipres | Global optimization of semi-infinite programs via restriction of the right-hand side | NLP | Mitsos, A | Mathematics |

371 | cubesoln | Three-Dimensional Noughts and Crosses Multiple Solutions | MIP | Williams, H P | Mathematics |

370 | ccoil | Oil Pipeline Design Problem using concurrent MIP solves | MIP | Brimberg, J | Management Science and OR |

369 | ps10_s_mn | Parts Supply Problem w/ 10 Types w/ Random p(i) | NLP | Hashimoto, H | Contract Theory |

368 | ps10_s | Parts Supply Problem w/ 10 Types and w/ Asymmetric Information | NLP | Hashimoto, H | Contract Theory |

367 | ps3_s_scp | Parts Supply Problem w/ 3 Types w/o and w/ SCP | NLP | Hashimoto, H | Contract Theory |

366 | ps3_s_mn | Parts Supply Problem w/ 3 Types w/ Monotonicity Constraint | NLP | Hashimoto, H | Contract Theory |

365 | ps3_s_gic | Parts Supply Problem w/ 3 Types w/ Global Incentive Comp. Const. | NLP | Hashimoto, H | Contract Theory |

364 | ps3_s | Parts Supply Problem w/ 3 Types w/ Asymmetric Information | NLP | Hashimoto, H | Contract Theory |

363 | ps3_f | Parts Supply Problem w/ 3 Types w/o Asymmetric Information | NLP | Hashimoto, H | Contract Theory |

362 | ps2_s | Parts Supply Problem w/ 2 Types w/ Asymmetric Information | NLP | Hashimoto, H | Contract Theory |

361 | ps2_f_inf | Parts Supply Problem w/ Inefficient Type w/o Asymmetric Information | NLP | Hashimoto, H | Contract Theory |

360 | ps2_f_eff | Parts Supply Problem w/ Efficient Type w/o Asymmetric Information | NLP | Hashimoto, H | Contract Theory |

359 | ps2_f | Parts Supply Problem w/ 2 Types w/o Asymmetric Information | NLP | Hashimoto, H | Contract Theory |

358 | ps2_f_s | Parts Supply Problem w/ 2 Types w/o and w/ Asymmetric Information | NLP | Hashimoto, H | Contract Theory |

357 | sddp | Multi-stage Stochastic Water Reservoir Model solved with SDDP | LP | Pereira, M V F | Management Science and OR |

356 | prodplan | A Production Planning Example | MIP | Pochet, Y | Management Science and OR |

355 | kqkpsdp | SDP Convexifications of the Cardinality constraint Quadratic Knapsack Problem | RMIQCP | Guignard, M | Management Science and OR |

354 | spatequ | Spatial Equilibrium | MCP | Hieu, P S | Applied General Equilibrium |

353 | relief | Relief Mission | MIP | Toczek, J | Recreational Models |

352 | food | Food Manufacturing Problem - Blending of oils | MIP | Williams, H P | Management Science and OR |

351 | trnspwl | A Transportation Problem with discretized economies of scale | MIP | Dantzig, G B | Management Science and OR |

350 | tanksize | Tank Size Design Problem | MINLP | Rebennack, S | Chemical Engineering |

349 | bchstock | Cutting Stock - A Column Generation Approach with BCH | MIP | Gilmore, P C | Branch and Cut and Heuristic |

348 | bchtsp | Traveling Salesman Problem Instance with BCH | MIP | Beasley, J E | Branch and Cut and Heuristic |

347 | solveopt | Option solveopt explained | GAMS | GAMS Development Corporation | GAMS Language Features |

346 | bilinear | Convexification of bilinear term binary times x | MINLP | Kallrath, J | Mathematics |

345 | tsp5 | TSP solution with Miller et al subtour elimination | MIP | Miller, C E | Special Integer Models |

344 | srpchase | Scenario Tree Construction Example | LP | H. Heitsch | Stochastic Programming |

343 | secure | Secure Work Files - Example 2 | GAMS | GAMS Development Corporation | GAMS Language Features |

342 | poutil | Portfolio Optimization for Electric Utilities | MIP | Rebennack, S | Energy Economics |

341 | two3mac | Simple 2 x 2 x 2 General Equilibrium Model Using Macros | MCP | Shoven, J | Applied General Equilibrium |

340 | trnssdp | Solving the Transportation LP Problem using SDP | GAMS | Dantzig, G B | Management Science and OR |

339 | gqapsdp | SDP Convexifications of the Generalized Quadratic Assignment Problem | RMIQCP | Guignard, M | Management Science and OR |

338 | maxcut | Goemans/Williamson Randomized Approximation Algorithm for MaxCut | MIP | Goemans M.X. | Mathematics |

337 | logmip4 | LogMIP User's Manual Example 4 - Job Shop Scheduling | EMP | Raman, R | Disjunctive Programming |

337 | logmip4 | LogMIP User's Manual Example 4 - Job Shop Scheduling | EMP | Raman, R | Special Integer Models |

336 | logmip3 | LogMIP User's Manual Example 3 - Synthesis of 8 Processes | EMP | Raman, R | Disjunctive Programming |

336 | logmip3 | LogMIP User's Manual Example 3 - Synthesis of 8 Processes | EMP | Raman, R | Special Integer Models |

335 | logmip2 | LogMIP User's Manual Example 2 - Example to illustrate disjunctions | EMP | Vecchietti, A | Disjunctive Programming |

335 | logmip2 | LogMIP User's Manual Example 2 - Example to illustrate disjunctions | EMP | Vecchietti, A | Special Integer Models |

334 | logmip1c | LogMIP User's Manual Example 1c - Job Scheduling | EMP | Raman, R | Disjunctive Programming |

334 | logmip1c | LogMIP User's Manual Example 1c - Job Scheduling | EMP | Raman, R | Special Integer Models |

333 | logmip1b | LogMIP User's Manual Example 1b - Job Scheduling | EMP | Raman, R | Disjunctive Programming |

333 | logmip1b | LogMIP User's Manual Example 1b - Job Scheduling | EMP | Raman, R | Special Integer Models |

332 | logmip1a | LogMIP User's Manual Example 1a - Job Scheduling | EMP | Raman, R | Disjunctive Programming |

332 | logmip1a | LogMIP User's Manual Example 1a - Job Scheduling | EMP | Raman, R | Special Integer Models |

331 | mws | Computation of Horowitz's work-trip mode choice model estimates | MIP | Florios, K | Econometrics |

330 | dicegrid | MIP Decomposition and Parallel Grid Submission - DICE Example | MIP | Bosch, R A | Management Science and OR |

329 | jacobi | Asynchronous Jacobi Methods | MCP | Bertsekas, D P | Mathematics |

328 | danwolfe | Dantzig Wolfe Decomposition and Grid Computing | LP | Dantzig, G B | Management Science and OR |

327 | qmeanvag | Portfolio Modeling with Parallel Solutions | MIQCP | Dahl, H | Finance |

326 | solnpool | Cplex Solution Pool for a Simple Facility Location Problem | MIP | ILOG | Management Science and OR |

325 | swath | Mission Planning for Synthetic Aperture Radar Surveillance | MIP | Panton, D M | Management Science and OR |

324 | tsp2ltx | TSP tour plotting with LaTeX xy-pic environment | MIP | GAMS Development Corporation | GAMS Tools |

323 | netgen | Min Cost Flow with an Instance generated by NETGEN | LP | Clark, R H | GAMS Tools |

322 | schulz | Termination routine to ensure solvers stay with resource limit | GAMS | GAMS Development Corporation | GAMS Language Features |

321 | knp | Kissing Number Problem using Variable Neighborhood Search | NLP | Liberti, L | Mathematics |

320 | version1 | How to test for a GAMS version | GAMS | GAMS Development Corporation | GAMS Language Features |

319 | epscm | eps-Constraint Method for Multiobjective Optimization | LP | Mavrotas, G | Mathematics |

318 | encrypt | Input file encyption demo | GAMS | GAMS Development Corporation | GAMS Language Features |

317 | cefiles | Compressed Input Files | GAMS | GAMS Development Corporation | GAMS Language Features |

316 | dplytest | A Deployment Test Model | GAMS | GAMS Development Corporation | GAMS Language Features |

315 | trnsgrid | Grid Transportation Problem | LP | Ferris, M C | Management Science and OR |

314 | feasopt1 | An Infeasible Transportation Problem analyzed with Cplex option FeasOpt | LP | Dantzig, G B | Management Science and OR |

313 | chartdat | Create an example GDX file for the IDE Charting facility | GAMS | GAMS Development Corporation | GAMS Language Features |

312 | lrs | Linear Recursive Sequence Optimization Model | MIP | GAMS Development Corporation | Management Science and OR |

311 | gsolver | Compare the actual system with the original solver database | GAMS | GAMS Development Corporation | GAMS Language Features |

310 | cta | Controlled Tabular Adjustments | MIP | Cox, L H | Management Science and OR |

309 | openpit | Dynamic open pit mining extraction | MIP | GAMS Development Corporation | Management Science and OR |

308 | deploy | GAMS Deployment Model | GAMS | GAMS Development Corporation | GAMS Language Features |

307 | licememo | License Memorandum | GAMS | GAMS Development Corporation | GAMS Language Features |

306 | csp | Closest String Problem | MIP | Meneses, C N | Management Science and OR |

305 | herves | Herves (Transposable Element) Activity Calculations | DNLP | Meeraus, W H | Engineering |

304 | decomphh | A Successive Recalibration Algorithm for GE Models with Many Households | MPSGE | Rutherford, T F | Applied General Equilibrium |

303 | mlgamma | Maximum Likelihood estimation of parameters of the gamma distribution | NLP | Cox, D R | Statistics |

302 | mlbeta | Fitting of beta distribution through maximum likelihood | NLP | Johnson, N L | Statistics |

301 | procmean | Optimal Process Mean | NLP | Chen, C H | Statistics |

300 | quantum | An application from quantum mechanics | DNLP | Ogura, A | Statistics |

299 | mingamma | Minimal y of GAMMA(x) | DNLP | Sloane, N J A | Statistics |

298 | awktsp | Traveling Salesman Problem Instance prepared with AWK | MIP | Juenger, M | GAMS Tools |

297 | seders | ERS Data Manipulations with SED | GAMS | Somwaru, A | GAMS Tools |

296 | awkqap | Input file generation with AWK for the Quadratic Assignment Problem | MIQCP | Burkard, R E | GAMS Tools |

295 | mhw4dxx | MHW4DX with multiple solutions | NLP | Wright, M H | Mathematics |

294 | cutstock | Cutting Stock - A Column Generation Approach | MIP | Gilmore, P C | Management Science and OR |

293 | qabel | Linear Quadratic Control Problem | QCP | Kendrick, D | Macro Economics |

292 | jdate | Julian date test | GAMS | GAMS Development Corporation | GAMS Language Features |

291 | qmeanvar | Financial Optimization: Risk Management using MIQCP | MIQCP | Dahl, H | Finance |

290 | badmip | Rounding Problems in MIPs | MIP | Neumaier, A | Management Science and OR |

289 | bchmknap | Multi knapsack problem using BCH Facility | MIP | Beasley, J E | Branch and Cut and Heuristic |

288 | bchoil | Oil Pipeline Design Problem using BCH Facility | MIP | Brimberg, J | Branch and Cut and Heuristic |

287 | bchfcnet | Fixed Cost Network Flow Problem with Cuts using BCH Facility | MIP | Bussieck, M R | Branch and Cut and Heuristic |

286 | bchtlbas | Trim Loss Minimization with Heuristic using BCH Facility | MINLP | Floudas, C A | Branch and Cut and Heuristic |

285 | qsambal | Social Accounting Matrix Balancing Problem QCP | QCP | Zenios, S A | Statistics |

284 | qdemo7 | Nonlinear Simple Agricultural Sector Model QCP | QCP | Kutcher, G P | Agricultural Economics |

283 | qcp1 | Standard QP Model QCP | QCP | Kalvelagen, E | Finance |

282 | qalan | A Quadratic Programming Model for Portfolio Analysis QCP | MIQCP | Manne, A S | Finance |

281 | irscge | A CGE Model with Scale Economy | NLP | Hosoe, N | Applied General Equilibrium |

280 | quocge | A CGE Model with Quotas | NLP | Hosoe, N | Applied General Equilibrium |

279 | moncge | A Monopoly CGE Model | NLP | Hosoe, N | Applied General Equilibrium |

278 | twocge | A Two Country CGE Model | NLP | Hosoe, N | Applied General Equilibrium |

277 | lrgcge | A Large Country CGE Model | NLP | Hosoe, N | Applied General Equilibrium |

276 | stdcge | A Standard CGE Model | NLP | Hosoe, N | Applied General Equilibrium |

275 | splcge | A Simple CGE Model | NLP | Hosoe, N | Applied General Equilibrium |

274 | hhmax | A Household Maximization Problem | NLP | Hosoe, N | Applied General Equilibrium |

273 | emfl | Existing Multi Facility Location Problem - Cone Format | QCP | Vanderbei, R | Management Science and OR |

272 | dicex | Non-transitive Dice Design - Enhanced | MIP | Bosch, R A | Mathematics |

272 | dicex | Non-transitive Dice Design - Enhanced | MIP | Bosch, R A | Recreational Models |

271 | qp7 | Standard QP Model - conic programming formulation | QCP | Andersen, E | Finance |

270 | kport | Product Portfolio Optimization | MINLP | Kallrath, J | Chemical Engineering |

269 | nash | A non-cooperative game: Nash and Stackelberg versions | MPEC | Murphy, F H | Applied General Equilibrium |

268 | fiveleap | The Five Leaper Tour Problem | MIP | Chlond, M J | Management Science and OR |

267 | mhw4dx | MHW4D with additional Tests | NLP | Wright, M H | Mathematics |

266 | t1000 | LGO Test t1000_10 | NLP | Pinter, J D | Mathematics |

265 | fct | LGO Interface Example | DNLP | Pinter, J D | Mathematics |

264 | hs62 | Hock - Schittkowski Problem 62 | NLP | Hock, W | Mathematics |

263 | maxmin | Max Min Location of Points in Unit Square | DNLP | Pinter, J D | Mathematics |

262 | holiday | US Holiday and Leave Chart | GAMS | GAMS Development Corporation | GAMS Language Features |

261 | trig | Simple Trigonometric Example | NLP | Pinter, J D | Mathematics |

260 | mathopt6 | MathOptimizer Example 6 | DNLP | Mathematica | Mathematics |

259 | mathopt5 | MathOptimizer Example 5 | DNLP | Mathematica | Mathematics |

258 | mathopt4 | MathOptimizer Example 4 | NLP | Mathematica | Mathematics |

257 | mathopt3 | MathOptimizer Example 3 | NLP | Mathematica | Mathematics |

256 | mathopt2 | MathOptimizer Example 2 | NLP | Mathematica | Mathematics |

255 | mathopt1 | MathOptimizer Example 1 | NLP | Mathematica | Mathematics |

254 | pool | Pooling problem | NLP | Adhya, N | Chemical Engineering |

253 | lmp3 | Linear Multiplicative Model - Type 3 | NLP | Benson, H P | Mathematics |

252 | lmp2 | Linear Multiplicative Model - Type 2 | NLP | Tawarmalani, M | Mathematics |

251 | lmp1 | Linear Multiplicative Model - Type 1 | NLP | Konno, H | Mathematics |

250 | jit | Design of Just-in-Time Flowshops | MINLP | Gunasekaran, A | Management Science and OR |

249 | clearlak | Scenario Reduction: ClearLake exercise | LP | Birge, J R | Stochastic Programming |

248 | srkandw | Stochastic Programming Scenario Reduction | LP | Kall, P | Stochastic Programming |

247 | tvcsched | Flow Formulation of the ISCI Rotator Problem | MIP | Bollapragada, S | Management Science and OR |

246 | qp1x | Standard QP Model with GDX data input | NLP | Kalvelagen, E | Finance |

245 | minsurf | Minimal surface with obstacle COPS 2.0 #17 | NLP | Dolan, E D | Engineering |

244 | jbearing | Journal bearing COPS 2.0 #16 | NLP | Averick, B M | Engineering |

243 | torsion | Elastic-plastic torsion COPS 2.0 #15 | NLP | Averick, B M | Engineering |

242 | catmix | Catalyst Mixing COPS 2.0 #14 | NLP | Dolan, E D | Chemical Engineering |

241 | methanol | Methanol to hydrocarbons COPS 2.0 #13 | NLP | Ascher, U M | Chemical Engineering |

240 | gasoil | Catalytic cracking of gas oil COPS 2.0 #12 | NLP | Ascher, U M | Chemical Engineering |

239 | glider | Hang glider COPS 2.0 #11 | NLP | Bulirsch, R | Engineering |

238 | rocket | Goddard rocket COPS 2.0 #10 | NLP | Bryson, A E | Engineering |

237 | lnts | Particle steering COPS 2.0 #9 | NLP | Betts, J | Engineering |

236 | robot | Robot arm COPS 2.0 #8 | NLP | Dolan, E D | Engineering |

235 | flowchan | Flow in a channel COPS 2.0 #7 | NLP | Ascher, U M | Engineering |

234 | popdynm | Marine population dynamics COPS 2.0 #6 | NLP | Dolan, E D | Mathematics |

233 | pinene | Isometrization of alpha-pinene COPS 2.0 #5 | NLP | Ascher, U M | Chemical Engineering |

232 | camshape | Shape optimization of a cam COPS 2.0 #4 | NLP | Anitescu, M | Engineering |

231 | chain | Hanging Chain COPS 2.0 #3 | NLP | Cesari, L | Engineering |

230 | elec | Distribution of electrons on a sphere COPS 2.0 #2 | NLP | Dolan, E D | Engineering |

229 | polygon | Largest small polygon COPS 2.0 #1 | NLP | Dolan, E D | Mathematics |

228 | cesam | Cross Entropy SAM Estimation | MCP | Robinson, S | Micro Economics |

227 | minlphix | Heat Integrated Distillation Sequences | MINLP | Floudas, C A | Chemical Engineering |

226 | nsharpx | Synthesis of General Distillation Sequences | MINLP | Aggarwal, A | Chemical Engineering |

225 | stockcc | Minimizing Total Average Cycle Stock | MIP | Silver, E A | Management Science and OR |

224 | windfac | Winding Factor of Electrical Machines | MINLP | Michna, M | Engineering |

223 | gasnet | Optimal Design of a Gas Transmission Network | MINLP | Edgar, T F | Engineering |

222 | csched | Cyclic Scheduling of Continuous Parallel Units | MINLP | And, V J | Chemical Engineering |

221 | lop | Line Optimization | MIP | Bussieck, M R | Management Science and OR |

220 | railcirc | Minimum Circulation of Railway Stock | MIP | Schrijver, A | Management Science and OR |

219 | coex | Peacefully Coexisting Armies of Queens | MIP | Bosch, R A | Recreational Models |

218 | coexx | Peacefully Coexisting Armies of Queens - tight | MIP | Bosch, R A | Recreational Models |

217 | gastrans | Gas Transmission Problem - Belgium | NLP | de Wolf, D | Engineering |

216 | slvtest | Solver combination test | GAMS | GAMS Development Corporation | GAMS Language Features |

215 | gamshtm | HTML generation of model library | GAMS | GAMS Development Corporation | GAMS Language Features |

214 | haverly | Haverly's pooling problem example | NLP | Adhya, N | Chemical Engineering |

213 | tsp42 | TSP solution with subtour elimination | MIP | Dantzig, G B | Recreational Models |

212 | korcns | General Equilibrium Model for Korea - CNS | CNS | Lewis, J | Applied General Equilibrium |

211 | gancnsx | Macro-Economic Framework for India - Tracking CNS | CNS | Mitra, P | Applied General Equilibrium |

210 | gancns | Macro-Economic Framework for India - CNS | CNS | Mitra, P K | Applied General Equilibrium |

209 | camcns | Cameroon General Equilibrium Model Using CNS | CNS | Condon, T | Applied General Equilibrium |

208 | absmip | Discontinous functions abs() min() max() sign() as MIPs | MIP | GAMS Development Corporation | Mathematics |

207 | mrp2 | Materials Requirement Planning (MRP) Formulations | MIP | Voss, S | Management Science and OR |

206 | spring | Coil Compression String Design | MINLP | Sandgren, E | Engineering |

205 | pump | Pump Network Synthesis | MINLP | Floudas, C A | Engineering |

204 | trimloss | Trim Loss Minimization | MINLP | Floudas, C A | Engineering |

203 | gear | Gear Train Design | MINLP | Deb, K | Engineering |

202 | bearing | Hydrostatic Thrust Bearing Design for a Turbogenerator | NLP | Coello Coello, C A | Engineering |

201 | circle | Circle Enclosing Points - SNOPT Example | NLP | Gill, P E | Mathematics |

200 | prodsp2 | Stochastic Programming Example - reformulated for DECIS | DECIS | King, A J | Stochastic Programming |

199 | farm | The Farmer's Problem formulated for DECIS | DECIS | Birge, J R | Stochastic Programming |

198 | apl1pca | Stochastic Programming Example for DECIS | DECIS | Infanger, G | Stochastic Programming |

197 | apl1p | Stochastic Programming Example for DECIS | DECIS | Infanger, G | Stochastic Programming |

196 | airsp2 | Aircraft Allocation - stochastic optimization with DECIS | DECIS | Dantzig, G B | Stochastic Programming |

195 | gmstest | Test sript for library models | GAMS | GAMS Development Corporation | GAMS Language Features |

194 | nemhaus | Scheduling to Minimize Interaction Cost | MIP | Carlson, R C | Management Science and OR |

193 | marilyn | Numerical Puzzle | MIP | Savant, M | Recreational Models |

192 | dea | Data Envelopment Analysis - DEA | LP | Dyson | Statistics |

191 | cross | Alcuin's River Crossing | MIP | Borndoerfer, R | Recreational Models |

190 | gamsutil | Generates some useful files from the Model Library | GAMS | GAMS Development Corporation | GAMS Language Features |

189 | airsp | Aircraft Allocation | LP | Dantzig, G B | Stochastic Programming |

188 | lands | Optimal Investment | LP | Louveaux, F V | Stochastic Programming |

187 | kand | Stochastic Programming | LP | Kall, P | Stochastic Programming |

186 | prodsp | Stochastic Programming Example | LP | King, A J | Stochastic Programming |

185 | rotdk | Robust Optimization | MIP | Laguna, M | Management Science and OR |

184 | qp6 | Standard QP Model - LCP formulation of QP4 | MCP | Kalvelagen, E | Finance |

184 | qp6 | Standard QP Model - LCP formulation of QP4 | MCP | Kalvelagen, E | Mathematics |

183 | calendar | Calendar Function Examples | GAMS | GAMS Development Corporation | GAMS Language Features |

182 | gapmin | Lagrangian Relaxation of Assignment Problem | MIP | Guignard, M | Management Science and OR |

181 | indus89 | Indus Basin Water Resource Model | LP | Ahmad, M | Agricultural Economics |

180 | tsp4 | Traveling Salesman Problem - Four | MIP | Kalvelagen, E | Recreational Models |

180 | tsp4 | Traveling Salesman Problem - Four | MIP | Kalvelagen, E | Special Integer Models |

179 | tsp3 | Traveling Salesman Problem - Three | MIP | Kalvelagen, E | Recreational Models |

179 | tsp3 | Traveling Salesman Problem - Three | MIP | Kalvelagen, E | Special Integer Models |

178 | tsp2 | Traveling Salesman Problem - Two | MIP | Kalvelagen, E | Recreational Models |

178 | tsp2 | Traveling Salesman Problem - Two | MIP | Kalvelagen, E | Special Integer Models |

177 | tsp1 | Traveling Salesman Problem - One | MIP | Kalvelagen, E | Recreational Models |

177 | tsp1 | Traveling Salesman Problem - One | MIP | Kalvelagen, E | Special Integer Models |

176 | dice | Non-transitive Dice Design | MIP | Bosch, R A | Mathematics |

176 | dice | Non-transitive Dice Design | MIP | Bosch, R A | Recreational Models |

175 | qp5 | Standard QP Model - linear approximation | LP | Kalvelagen, E | Finance |

174 | qp4 | Standard QP Model - no covariance matrix | NLP | Kalvelagen, E | Finance |

173 | qp3 | Standard QP Model - intermediate variables | NLP | Kalvelagen, E | Finance |

172 | qp2 | Standard QP Model - symmetry exploitations | NLP | Kalvelagen, E | Finance |

171 | qp1 | Standard QP Model | NLP | Kalvelagen, E | Finance |

170 | alphamet | Alphametics - a Mathematical Puzzle | MIP | de Wetering, A V | Recreational Models |

169 | traffic | Traffic Equilibrium Problem | MCP | Ferris, M C | Management Science and OR |

168 | fuel | Fuel Scheduling and Unit Commitment Problem | MINLP | Wood, A J | Engineering |

167 | hydro | Hydrothermal Scheduling Problem | NLP | Wood, A J | Engineering |

166 | dispatch | Economic Load Dispatch Including Transmission Losses | NLP | Wood, A J | Engineering |

165 | alkyl | Simplified Alkylation Process | NLP | Berna, T J | Chemical Engineering |

164 | decomp | Decomposition Principle - Animated | LP | Dantzig, G B | Management Science and OR |

163 | bidsos | Bid Evaluation with SOS2 Sets | MIP | Bracken, J | Micro Economics |

162 | pentium | Pentium Error Test | GAMS | House, B | Mathematics |

161 | launch | Launch Vehicle Design and Costing | NLP | Bracken, J | Energy Economics |

160 | icut | Integer Cut Example | MIP | GAMS Development Corporation | Mathematics |

160 | icut | Integer Cut Example | MIP | GAMS Development Corporation | Special Integer Models |

159 | latin | The Orthogonal Latin-Square Problem | MIP | Dantzig, G B | Mathematics |

159 | latin | The Orthogonal Latin-Square Problem | MIP | Dantzig, G B | Recreational Models |

158 | knights | Maximum Knights Problem | MIP | Dudeney, H E | Mathematics |

158 | knights | Maximum Knights Problem | MIP | Dudeney, H E | Recreational Models |

157 | prime | Prime Number Generation | GAMS | GAMS Development Corporation | Mathematics |

156 | vonthmge | A General Equilibrium Version of the von Thunen Model | MPSGE | Mackinnon, J | Applied General Equilibrium |

155 | unstmge | Globally Unstable Equilibria | MPSGE | Scarf, H | Applied General Equilibrium |

154 | threemge | Three Approaches to Differential Tax Policy Analysis | MPSGE | Rutherford, T F | Applied General Equilibrium |

153 | shovmge | The economic effects of UK membership in the EC | MPSGE | Miller, M H | Applied General Equilibrium |

152 | scarfmge | Tax distortions in a small activity analysis model | MPSGE | Scarf, H | Applied General Equilibrium |

151 | sammge | Carbon taxes with exemptions for heavy industry | MPSGE | Boehringer, C | Applied General Equilibrium |

150 | nsmge | North-South trade and capital flows | MPSGE | Manne, A S | International Trade |

149 | kehomge | Multiple equilibria in a simple GE model | MPSGE | Kehoe, T | Applied General Equilibrium |

148 | harmge | Increasing returns with average cost pricing | MPSGE | Kamiya, K | Applied General Equilibrium |

147 | hansmge | Hansen's Activity Analysis Example - MPSGE | MPSGE | Scarf, H | Applied General Equilibrium |

146 | gemmge | GEMTAP: A general equilibrium model for tax policy | MPSGE | Balard, C L | Applied General Equilibrium |

145 | finmge | A General Equilibrium Model for Finland | MPSGE | Torma, H | Applied General Equilibrium |

144 | etamge | ETA-MACRO Energy Model for the USA - MPSGE Format | MPSGE | Manne, A S | Energy Economics |

143 | dmcmge | Accounting for economic growth with new inputs | MPSGE | Feenstra, R C | Economic Development |

142 | co2mge | Carbon-related trade model (static) | MPSGE | Perroni, C | International Trade |

141 | cirimge | Increasing returns in intermediate inputs | MPSGE | Lopez de Silanes, F | Applied General Equilibrium |

140 | cammge | Cameroon General Equilibrium Model Using MPSGE | MPSGE | Condon, T | Applied General Equilibrium |

139 | cafemge | Corporate average fuel economy standards | MPSGE | Thorpe, S | Applied General Equilibrium |

138 | ers82mcp | USDA-ERS CGE Model of the US | MCP | Robinson, S | Applied General Equilibrium |

137 | gemmcp | GEMTAP: A general equilibrium model for tax policy | MCP | Rutherford, T F | Applied General Equilibrium |

136 | vonthmcp | General Equilibrium Variant of the von Thunen Model | MCP | Rowse | Applied General Equilibrium |

135 | hansmcp | Hansen's Activity Analysis Example - MCP | MCP | Scarf, H | Applied General Equilibrium |

134 | mr5mcp | Multi-Region Growth Model Based on Global 2100 | MCP | Manne, A S | Applied General Equilibrium |

133 | oligomcp | Oligopolistic Competition - Examples from MP | MCP | Harker, P T | Applied General Equilibrium |

132 | scarfmcp | Scarf's Activity Analysis Example | MCP | Scarf, H | Applied General Equilibrium |

131 | two3mcp | Simple 2 x 2 x 2 General Equilibrium Model | MCP | Shoven, J | Applied General Equilibrium |

130 | kormcp | General Equilibrium Model for Korea - MCP | MCP | Lewis, J | Applied General Equilibrium |

129 | cammcp | Cameroon General Equilibrium Model Using MCP | MCP | Condon, T | Applied General Equilibrium |

128 | harkmcp | Models of Spatial Competition in MCP Form | MCP | Harker, P T | Management Science and OR |

127 | wallmcp | Chemical Equilibrium Problem as MCP | MCP | Wall, T W | Chemical Engineering |

126 | transmcp | Transportation Model as Equilibrium Problem | MCP | Dantzig, G B | Management Science and OR |

125 | waterx | Design of a Water Distribution Network (MINLP) | MINLP | Brooke, A | Engineering |

124 | alan | A Quadratic Programming Model for Portfolio Analysis | MINLP | Manne, A S | Finance |

123 | hda | Synthesis: Hydrodealkylation of Toluene | MINLP | Kocis, G R | Chemical Engineering |

122 | feedtray | Optimum Feed Plate Location | MINLP | Viswanathan, J | Chemical Engineering |

121 | reaction | Logical Inference for Reaction path synthesis | MIP | Raman, R | Chemical Engineering |

120 | nonsharp | Synthesis of General Distillation Sequences | MIP | Aggarwal, A | Chemical Engineering |

119 | batchdes | Optimal Design for Chemical Batch Processing | MINLP | Kocis, G R | Chemical Engineering |

118 | minlphi | Heat Integrated Distillation Sequences | NLP | Floudas, C A | Chemical Engineering |

117 | synheat | Simultaneous Optimization for Hen Synthesis | MINLP | Yee, T F | Chemical Engineering |

116 | procsel | Structural Optimization of Process Flowsheets | MINLP | Kocis, G R | Chemical Engineering |

115 | tba | Financial Optimization: Financial Engineering | MIP | Dahl, H | Finance |

114 | cmo | Financial Optimization: Financial Engineering | MIP | Dahl, H | Finance |

113 | meanvarx | Financial Optimization: Risk Management | MINLP | Dahl, H | Finance |

112 | meanvar | Financial Optimization: Risk Management | NLP | Dahl, H | Finance |

111 | worst | Financial Optimization: Risk Management | NLP | Dahl, H | Finance |

110 | immun | Financial Optimization: Risk Management | QCP | Dahl, H | Finance |

109 | prodschx | Production Scheduling Model using SOS1 and SOS2 | MIP | CDC | Management Science and OR |

109 | prodschx | Production Scheduling Model using SOS1 and SOS2 | MIP | CDC | Special Integer Models |

108 | sparta | Military Manpower Planning from Wagner | LP | Wagner, H M | Management Science and OR |

107 | gangesx | Economic Framework for India - Tracking | NLP | Mitra, P | Applied General Equilibrium |

106 | senstran | Sensitivity analysis using LOOPS | LP | Dantzig, G B | Management Science and OR |

105 | thaix | Thai Navy Problem Extended | MIP | Choypeng, P | Management Science and OR |

105 | thaix | Thai Navy Problem Extended | MIP | Choypeng, P | Special Integer Models |

104 | mpstrans | MPS file for transportation problem | GAMS | Dantzig, G B | Management Science and OR |

104 | mpstrans | MPS file for transportation problem | GAMS | Dantzig, G B | GAMS Language Features |

103 | queens | Maximum Queens Chess Problem | MIP | Beauvais, J | Management Science and OR |

103 | queens | Maximum Queens Chess Problem | MIP | Beauvais, J | Recreational Models |

102 | paperco | Vertically Integrated Company | LP | Thompson, G | Management Science and OR |

101 | gamsrep | The GAMS Model Library | GAMS | GAMS Development Corporation | Management Science and OR |

101 | gamsrep | The GAMS Model Library | GAMS | GAMS Development Corporation | GAMS Language Features |

100 | korcge | General Equilibrium Model for Korea - NLP | NLP | Lewis, J | Applied General Equilibrium |

99 | house | House Plan Design | NLP | Borland | Mathematics |

98 | thai | Thai Navy Problem | MIP | Choypeng, P | Management Science and OR |

97 | ganges | Macroeconomic Framework for India | NLP | Mitra, P K | Applied General Equilibrium |

96 | pollut | Industrial Pollution Control | NLP | Mangasarian, O L | Energy Economics |

95 | himmel11 | Himmelblau Test Problem Number 11 | QCP | Himmelblau, D M | Mathematics |

94 | mst | Minimum Spanning Tree | GAMS | Hillier, F S | Management Science and OR |

93 | sroutex | Shortest Route Algorithm | GAMS | Dantzig, G B | Management Science and OR |

92 | demo7 | Nonlinear Simple Agricultural Sector Model | NLP | Kutcher, G P | Agricultural Economics |

91 | demo1 | Simple Farm Level Model | LP | Kutcher, G P | Agricultural Economics |

90 | indus | Indus Agricultural Model | LP | Duloy, J H | Agricultural Economics |

89 | iswnm | Indus Surface Water Network Submodule | LP | Duloy, J H | Agricultural Economics |

88 | agreste | Agricultural Farm Level Model of NE Brazil | LP | Kutcher, G P | Agricultural Economics |

87 | nebrazil | North-East Brazil Regional Agricultural Model | LP | Kutcher, G P | Agricultural Economics |

86 | turkey | Turkey Agricultural Model with Risk | NLP | Le-Si, V | Agricultural Economics |

85 | harker | Models of Spatial Competition | NLP | Harker, P T | Micro Economics |

84 | mhw4d | Nonlinear Test Problem | NLP | Wright, M H | Mathematics |

83 | rbrock | Rosenbrock Test Function | NLP | Rosenbrock, H H | Mathematics |

82 | markov | Strategic Petroleum Reserve | LP | Teisberg, T J | Energy Economics |

81 | camcge | Cameroon General Equilibrium Model Using NLP | NLP | Condon, T | Applied General Equilibrium |

80 | etamac | ETA-MACRO Energy Model for the USA | NLP | Manne, A S | Energy Economics |

79 | ibm1 | Aluminum Alloy Smelter Sample Problem | LP | IBM | Management Science and OR |

78 | phosdis | Sea Distances for World Phosphate Model | LP | Meeraus, A | Micro Economics |

77 | sambal | Social Accounting Matrix Balancing Problem | NLP | Zenios, S A | Statistics |

76 | wall | Chemical Equilibrium Problem | NLP | Wall, T W | Chemical Engineering |

75 | egypt | Egypt Agricultural Model | LP | Kutcher, G P | Agricultural Economics |

74 | ampl | AMPL Sample Problem | LP | Fourer, R | Management Science and OR |

73 | great | Great Circle Distances | GAMS | Brooke, A | Mathematics |

72 | repay | Repayment Factors for Loans | GAMS | GAMS Development Corporation | Finance |

71 | gauss | Matrix Inversion with Full Pivoting | GAMS | GAMS Development Corporation | Mathematics |

70 | pivot | Simple Gaussian Elimination | GAMS | GAMS Development Corporation | Mathematics |

69 | hhfair | Household Optimization Problem by Fair | NLP | Fair, R C | Macro Economics |

68 | water | Design of a Water Distribution Network | DNLP | Brooke, A | Engineering |

67 | crazy | Examples of Extended Arithmetic | GAMS | GAMS Development Corporation | Mathematics |

66 | msm | Morocco Fertilizer Distribution - Mode Selection | LP | Meeraus, A | Micro Economics |

65 | fawley | Platoform Example Refinery | LP | Palmer, K H | Management Science and OR |

64 | abel | Linear Quadratic Control Problem | NLP | Kendrick, D | Macro Economics |

63 | ramsey | Savings Model by Ramsey | NLP | Murtagh, B A | Economic Development |

62 | tfordy | Antalya Forestry Model - Dynamic | LP | Bergendorff, H | Forestry |

61 | tforss | Antalya Forestry Model - Steady State | LP | Bergendorff, H | Forestry |

60 | ajax | Ajax Paper Company Production Schedule | LP | CDC | Management Science and OR |

59 | imsl | Piecewise Linear Approximation | LP | IMSL Inc | Mathematics |

58 | westmip | Economies of Scale and Investment over Time | MIP | Chenery, H B | Micro Economics |

57 | tabora | Tabora Rural Development - Fuelwood Production | LP | World Bank | Energy Economics |

56 | china | Organic Fertilizer Use in Intensive Farming | LP | Wiens, T B | Agricultural Economics |

55 | paklive | Pakistan Punjab Livestock Model | LP | World Bank | Agricultural Economics |

54 | turkpow | Turkey Power Planning Model | LP | Turvey, R | Energy Economics |

53 | gtm | International Gas Trade Model | NLP | Manne, A S | Energy Economics |

52 | srcpm | Single-Region Contingency Planning Model | NLP | Manne, A S | Energy Economics |

51 | yemcem | Yemen Cement Model | MIP | World Bank | Micro Economics |

50 | port | Simple Portfolio Model | LP | CDC | Finance |

49 | sarf | Farm Credit and Income Distribution Model | LP | Husain, T | Agricultural Economics |

48 | korpet | Investment Planning in the Korean Oil-Petro Industry | MIP | Suh, J S | Energy Economics |

47 | otpop | OPEC Trade and Production | NLP | Blitzer, C | Energy Economics |

46 | shale | Investment Planning in the Oil Shale Industry | LP | Melton, J W | Energy Economics |

45 | copper | Modeling Investment in the World Copper Industry | MIP | Dammert, A | International Trade |

44 | andean | Andean Fertilizer Model | MIP | Mennes, L B M | Micro Economics |

43 | chakra | Optimal Growth Model | NLP | Chakravarty, S | Macro Economics |

42 | cube | Three-Dimensional Noughts and Crosses | MIP | Williams, H P | Mathematics |

42 | cube | Three-Dimensional Noughts and Crosses | MIP | Williams, H P | Recreational Models |

41 | prolog | Market Equilibrium and Activity Analysis | NLP | Norton, R D | Economic Development |

40 | orani | A Miniature Version of Orani 78 | LP | Kendrick, D | Macro Economics |

39 | mine | Opencast Mining | LP | Williams, H P | Management Science and OR |

38 | rdata | Sample Database of the US Economy | MIP | Kendrick, D | Micro Economics |

37 | robert | Elementary Production and Inventory Model | LP | Fourer, R | Management Science and OR |

36 | himmel16 | Area of Hexagon Test Problem | NLP | Himmelblau, D M | Mathematics |

35 | dinam | DINAMICO A Dynamic Multi-Sectoral Multi-Skill Model | LP | Manne, A S | Economic Development |

34 | pak | Optimal Patterns of Growth and Aid | LP | Chenery, H B | Economic Development |

33 | chenery | Substitution and Structural Change | NLP | Chenery, H B | Economic Development |

32 | marco | Mini Oil Refining Model | LP | Aronofsky, J S | Micro Economics |

31 | alum | World Aluminum Model | MIP | Brown, M | International Trade |

30 | vietman | Vietoriscz Manne Fertilizer Model 1961 | MIP | Manne, A S | Micro Economics |

29 | zloof | Relational Database Example | GAMS | Zloof, M M | Management Science and OR |

28 | pindyck | Optimal Pricing and Extraction for OPEC | NLP | Pindyck, R S | Energy Economics |

27 | sample | Stratified Sample Design | NLP | Bracken, J | Statistics |

26 | chance | Chance Constrained Feed Mix Problem | NLP | Bracken, J | Agricultural Economics |

25 | like | Maximum Likelihood Estimation | NLP | Bracken, J | Econometrics |

24 | least | Nonlinear Regression Problem | NLP | Bracken, J | Econometrics |

23 | linear | Linear Regression with Various Criteria | DNLP | Bracken, J | Econometrics |

22 | ship | Structural Optimization | NLP | Bracken, J | Engineering |

21 | chem | Chemical Equilibrium Problem | NLP | Bracken, J | Chemical Engineering |

20 | process | Alkylation Process Optimization | NLP | Bracken, J | Chemical Engineering |

19 | bid | Bid Evaluation | MIP | Bracken, J | Micro Economics |

18 | weapons | Weapons Assignment | NLP | Bracken, J | Management Science and OR |

17 | mexls | Mexico Steel - Large Static | LP | Kendrick, D | Micro Economics |

16 | mexsd | Mexico Steel - Small Dynamic | MIP | Kendrick, D | Micro Economics |

15 | mexss | Mexico Steel - Small Static | LP | Kendrick, D | Micro Economics |

14 | fertd | Egypt - Dynamic Fertilizer Model | MIP | Choksi, A M | Micro Economics |

13 | ferts | Egypt - Static Fertilizer Model | LP | Choksi, A M | Micro Economics |

12 | magic | Magic Power Scheduling Problem | MIP | Garver, L L | Management Science and OR |

11 | uimp | UIMP - Production Scheduling Problem | LP | Ellison, E F D | Management Science and OR |

10 | pdi | ARCNET - Production Distribution and Inventory | LP | ARCNET | Management Science and OR |

9 | prodsch | APEX - Production Scheduling Model | MIP | CDC | Management Science and OR |

8 | aircraft | Aircraft Allocation Under Uncertain Demand | LP | Dantzig, G B | Management Science and OR |

7 | diet | Stigler's Nutrition Model | LP | Dantzig, G B | Micro Economics |

6 | sroute | The Shortest Route Problem | LP | Dantzig, G B | Management Science and OR |

5 | jobt | On-the-Job Training | LP | Dantzig, G B | Management Science and OR |

4 | whouse | Simple Warehouse Problem | LP | Dantzig, G B | Management Science and OR |

3 | prodmix | A Production Mix Problem | LP | Dantzig, G B | Management Science and OR |

2 | blend | Blending Problem I | LP | Dantzig, G B | Management Science and OR |

1 | trnsport | A Transportation Problem | LP | Dantzig, G B | Management Science and OR |