Every line is one point, where the coordinates are separated by spaces. The last line is the total number of extreme points found. The file _[gurobi|cplex] contains all logs from the respective solver. _log logs the running time, the vertex enumeration time and the time the MILP solver ...
Sinkhorn_solver.cpp SparseSK SparseSK.cpp cmake_install.cmake README CudaOT Repository for solving discrete optimal transport problems via Cplex, Sinkhorn, FastEMD and the GPU implementation of the Multi-Scale Sparse Sinkhorn. This library is designed to solve a very large instance of discrete op...
It is a linear model, using the Cplex solver. The spatial boundary is Germany as a whole. The technology and feedstock allocation is cost-optimized between today and 2050 in a yearly resolution. In the model nominal prices apply in €2015. The approach of the model follows Benopt (...
RAPID was implemented in the General Algebraic Modelling System (GAMS) software74version 32.2.0 and solved with the CPLEX solver on an Intel i9-9900 CPU, 3.10 GHz computer with 32 GB RAM. RAPID features 305,314 continuous variables and 109,068 equations; the solution time is always in t...
The mathematical model has been programmed in Python using Cplex as the main solver, and it has been run on an Intel Core i7-10510U CPU @ 1.80GHz 2.30 GHz with 16 GB memory and operative system Windows, 64 bit. It should be noted that the goal of the case study is; (1) to size...
The formulation presented in this article is MILP, which is a modified version of the optimal power flow applied in DC networks, extended to multi-period use. The model was programmed in Python version 3.7.4 using CPLEX as a solver and was run on an Intel Core i5-6200U 2.40 GHz processo...
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The first option specifies the use of the barrier algorithm to solver the linear programming problem, while the second option specifies that the crossover option 2 is to be used. Details of these options can be found in the CPLEX section of this manual. Consider the following MINOS options ...
(2012). ELMOD is formulated in the General Algebraic Modeling System (GAMS) and solved with the commercial CPLEX solver. A.2. Electricity market simulation model PowerACE The agent-based simulation model PowerACE has been developed at Karlsruhe Institute of Technology and has already been applied...
To circumvent such situations, some valid inequalities are identified and LRX-CSApHLRP is solved by a branch-and-cut process, and the necessary valid inequalities are separated and added upon need. When using a modern MIP solver such as CPLEX, this does not cause efficiency issues, because in...