Results of the numerical experiments of the HyPaD algorithm

This dataset is supplementary material for [1]. It provides the data obtained for the numerical experiments of the Hybrid Patch Decomposition (HyPaD) algorithm [2] that are presented in that paper. The following data is contained in the different zip-archives: <strong>SNIA - full enumeration:</strong> A collection of .mat files with the output data for each of the 35 test instances using the full enumeration approach to realize the SNIA procedure. <strong>SNIA - dynamic boxes:</strong> A collection of .mat files with the output data for each of the 35 test instances using the dynamic boxes approach to realize the SNIA procedure. <strong>SNIA - fixed boxes [4]:</strong> A collection of .mat files with the output data for each of the 35 test instances using the fixed boxes approach with b=4 branching steps (i.e., 16 boxes in total) to realize the SNIA procedure. <strong>MOMIX:</strong> A collection of folders that contain the .mat files with the results for the MOMIX (and MOMIX light) algorithm [3] which have been used as a reference point in the publication. <strong>Figures:</strong> The .fig files used in [1]. <strong>References:</strong> Gabriele Eichfelder and Leo Warnow, <strong>On implementation details and numerical experiments for the HyPaD algorithm to solve multi-objective mixed-integer convex optimization problems</strong>, Optimization Online, 2021. Gabriele Eichfelder and Leo Warnow, <strong>A hybrid patch decomposition approach to compute an enclosure for multi-objective mixed-integer convex optimization problems</strong>, Mathematical Methods of Operations Research, 2021. Marianna De Santis, Gabriele Eichfelder, Julia Niebling and Stefan Rocktäschel, <strong>Solving Multiobjective Mixed Integer Convex Optimization Problems</strong>, SIAM Journal on Optimization, 2020.