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The document describes a collection of test models for mixed-integer nonlinear programming (MINLP), emphasizing the lack of standardized formats in nonlinear models and the introduction of a translation
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How to fill out minlplib - a collection

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How to fill out MINLPLib - A Collection of Test Models for Mixed-Integer Nonlinear Programming

01
Visit the MINLPLib website to access the collection.
02
Browse or search for specific test models based on your needs.
03
Download the selected model files in the appropriate format.
04
Read the documentation accompanying each model to understand its structure and parameters.
05
Implement the model in your mixed-integer nonlinear programming solver.
06
Adjust any necessary parameters and constraints according to your problem specifications.
07
Run the model to test and verify the results.

Who needs MINLPLib - A Collection of Test Models for Mixed-Integer Nonlinear Programming?

01
Researchers and practitioners working in optimization.
02
Academics studying mixed-integer nonlinear programming techniques.
03
Developers of optimization solvers seeking to validate their algorithms.
04
Students learning about mixed-integer programming and nonlinear optimization.
05
Industry professionals needing test cases for benchmarking optimization solutions.
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MINLPLib is a benchmark library containing a diverse set of test problems specifically designed for evaluating and testing algorithms and software for mixed-integer nonlinear programming (MINLP).
Researchers, academics, and practitioners in optimization and applied mathematics are typically the ones who engage with MINLPLib, using its models to test and validate their optimization methods and software.
Filling out MINLPLib involves selecting appropriate models from the library, configuring them with the necessary parameters, and running optimization algorithms to gather results, which can then be compared against the benchmarks provided.
The purpose of MINLPLib is to provide a standardized set of test cases that enable the comparison and assessment of different MINLP solution techniques and software tools.
Users must report data such as problem description, optimal solutions, computational performance metrics, and any specific characteristics of the algorithms tested when utilizing models from MINLPLib.
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