The Extended Mathematical Programming (EMP) model library was developed to illustrate and test the capabilities GAMS/EMP offers.
Seq | Name | Description | Type |
---|---|---|---|
104 | emppython1 | Three Simple EMP Models with Indexed EMP Syntax and Python Parser | GAMS |
103 | simpequil3 | Simple Generalized Nash Equilibrium Problem | EQUIL |
102 | simpleqvi2 | Simple Quasi-Variational Inequality | QVI |
101 | simpleqvi1 | Simple Quasi-Variational Inequality | QVI |
100 | farmnbd | The Farmer's Problem - Stochastic with NBD | SP |
99 | equil_bilevel | Equilibrium model with and without containing bilevel | EQUIL |
98 | vi_mcp | Identical models specified using MCP and VI syntax | VI |
97 | vi_equil | Identical VI models with and without containing equilibrium | VI |
96 | vidualvar | VI with dualvar specified for VI constraint | VI |
95 | oa | Outer Approximation with GAMS | GAMS |
94 | transsp | A Stochastic Transportation Problem | SP |
93 | simplevi4 | A simple example for 2 VIs | VI |
92 | sku1sp | Multi-product assemble model with discrete and Poisson demand distribution | SP |
91 | gen2s | Two stage stochastic program in the generic form | SP |
90 | cargonet | Cargo network scheduling with stochastic transportation demand | SP |
89 | batchsp | Design of batch chemical plants with stochastic demand and price | SP |
88 | circlesp | Circle Enclosing Points - Stochastic Example | SP |
87 | stocfor3 | Long Range Forest Planning | SP |
86 | airlift | Airlift operations schedule | SP |
85 | nbsimple | Simple newsboy problem, discrete | SP |
84 | tr20 | Extended transport model with stochastic demand and costs | SP |
83 | sp3x2 | Simple stochatic model | SP |
82 | simplechance | Simple chance constraint model | SP |
81 | prodsp3 | Stochastic Programming Example | SP |
80 | portfolio | Stochastic portfolio model | SP |
79 | nbdiscjoint | Newsboy problem, discrete and joint distribution | SP |
78 | nbdiscindep | Newsboy problem, discrete and independent distribution | SP |
77 | nbcontjoint | Newsboy problem, continuous and joint distribution | SP |
76 | nbcontindep | Newsboy problem, continuous and independent distribution | SP |
75 | landssp | Optimal Investment | SP |
74 | kilosafarm | Kilosa farm problem | SP |
73 | farmsp | The Farmer's Problem - Stochastic | SP |
72 | clearlaksp | Scenario Reduction: ClearLake exercise | SP |
71 | apl1pcasp | Stochastic Electric Power Expansion Planning Problem | SP |
70 | apl1psp | Stochastic Electric Power Expansion Planning Problem | SP |
69 | airsp3 | Aircraft allocation - stochastic optimization | SP |
68 | two3emp | EMP Formulation of Simple 2 x 2 x 2 General Equilibrium Model | EQUIL |
67 | hark-stack | SPE model from Harker - Stackelberg version | BP |
66 | hark-oligop-ind | SPE model from Harker - oligopoly version | EQUIL |
65 | hark-oligop | SPE model from Harker - oligopoly version | EQUIL |
64 | hark-monop | SPE model from Harker - monopolist and competetive versions | EQUIL |
63 | simpequil2 | Simple Equilibrium with external constraint | EQUIL |
62 | simplevi3 | Another simple VI example | VI |
61 | nlp2mcp | nlp2mcp: Form the KKT conditions of an NLP as an MCP | GAMS |
60 | simpenlp | Simple example of ENLP | ENLP |
59 | foodemp | Food Manufacturing Problem - Blending of oils | LOGICAL |
58 | exc2x2emp-dem | pure exchange model (ie no production) | EQUIL |
57 | exc2x2emp | pure exchange model (ie no production) | EQUIL |
56 | pies | PIES Energy Equilibrium | EQUIL |
55 | scarfexpend | Scarf's Activity Analysis Example | EQUIL |
54 | scarfemp-dual | Scarf's Activity Analysis Example | EQUIL |
53 | scarfemp-primal | Scarf's Activity Analysis Example | EQUIL |
52 | scarfemp-altdem | Scarf's Activity Analysis Example - non-closed form demand function | EQUIL |
51 | scarfemp-dem | Scarf's Activity Analysis Example | EQUIL |
50 | flipper | Test of flipping equations | EQUIL |
49 | simpequil | Simple Equilibrium | EQUIL |
48 | affinevi | Affine Variational Inequality | VI |
47 | simplevi2 | Simple Nonlinear Variational Inequality | VI |
46 | simplevi | Simple Variational Inequality | VI |
45 | transeql | Transportation model as equilibrium problem | ECS |
44 | flds929 | Princeton Bilevel Optimization Example 9.2.9 | BP |
43 | flds928 | Princeton Bilevel Optimization Example 9.2.8 | BP |
42 | flds927 | Princeton Bilevel Optimization Example 9.2.7 | BP |
41 | flds926 | Princeton Bilevel Optimization Example 9.2.6 | BP |
40 | flds925 | Princeton Bilevel Optimization Example 9.2.5 | BP |
39 | flds924 | Princeton Bilevel Optimization Example 9.2.4 | BP |
38 | flds923 | Princeton Bilevel Optimization Example 9.2.3 | BP |
37 | flds922 | Princeton Bilevel Optimization Example 9.2.2 | BP |
36 | flds921 | Princeton Bilevel Optimization Example 9.2.1 | BP |
35 | flds919 | Princeton Bilevel Optimization Example 9.1.9 | BP |
34 | flds918 | Princeton Bilevel Optimization Example 9.1.8 | BP |
33 | flds917 | Princeton Bilevel Optimization Example 9.1.7 | BP |
32 | flds916 | Princeton Bilevel Optimization Example 9.1.6 | BP |
31 | flds915 | Princeton Bilevel Optimization Example 9.1.5 | BP |
30 | flds914 | Princeton Bilevel Optimization Example 9.1.4 | BP |
29 | flds913 | Princeton Bilevel Optimization Example 9.1.3 | BP |
28 | flds912 | Princeton Bilevel Optimization Example 9.1.2 | BP |
27 | flds911 | Princeton Bilevel Optimization Example 9.1.1 | BP |
26 | transbp | Transportation model with variable demand function using bilevel programming | BP |
25 | multmpec | Educational bilevel model with VI followers | BP |
24 | ferris43 | Educational embedded complemenarity system model | ECS |
23 | jointc2 | Educational bilevel model | BP |
22 | jointc1 | Educational bilevel model | BP |
21 | negishi | Pure exchange model solved with EMP, SJM, and CGE | ECS |
20 | sequence | Sequencing on a single machine | LOGICAL |
19 | traffic2 | Traffic Assignment Model | VI |
18 | zerofunc | Match unmatched vars with zero functions in VI | VI |
17 | emphtm | Generates HTM emplib library files | GAMS |
16 | goempgo | EMP Quality Assurance Test | GAMS |
15 | makespan | Job scheduling with three datasets - Minimize the makespan | LOGICAL |
14 | transecs | Transportation model as equilibrium problem using embedded complementarity | ECS |
13 | target | State Variable Targetting in EMPs ECS Framework | ECS |
12 | mirrlees | Simple Nonconvex Bilevel Programming Example | BP |
11 | ccmg74 | Bilevel Programs in Engineering Example 7.4 | BP |
10 | ccmg71 | Bilevel Programs in Engineering Example 7.1 | BP |
9 | ccmg153 | Bilevel Programs in Engineering Example 1.5.3 | BP |
8 | bard871 | Practical Bilevel Optimization Example 8.7.1 | BP |
7 | bard851 | Practical Bilevel Optimization Example 8.5.1 | BP |
6 | bard722 | Practical Bilevel Optimization Example 7.2.2 | BP |
5 | bard721 | Practical Bilevel Optimization Example 7.2.1 | BP |
4 | bard511 | Practical Bilevel Optimization Example 5.1.1 | BP |
3 | traffic | Traffic Assignment Model | VI |
2 | transvi | VI version of the transport model | VI |
1 | emputil | Generates the EMP Model Library files | GAMS |