Speed Robust Scheduling Supplemental Material

Franziska Eberle; Ruben Hoeksma; Nicole Megow; Lukas Nölke; Kevin Schewior; Betrand Simon

doi:10.4121/17159216

Speed Robust Scheduling Supplemental Material

Franziska Eberle, Ruben Hoeksma, Nicole Megow, Lukas Nölke, Kevin Schewior, Betrand Simon

Mathematics of Operations Research

Research output: Non-textual form › Software › Academic

Abstract

This supplemental material proves two claims of the main paper named "Speed-Robust Scheduling". It provides a Mathematica sheet and its output, proving the last claim of Lemma 11; a Python script used to certify that for the relevant values of number of machines and unit-size jobs, there exists a 4/3-robust solution (Lemma 15); a compressed data file containing the input of the script check.py; a file with human-readable data.

Original language	English
Publisher	4TU.Centre for Research Data
Media of output	Online
Size	13.09 MB
DOIs	https://doi.org/10.4121/17159216
Publication status	Published - 26 Dec 2021

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abstract = "This supplemental material proves two claims of the main paper named {"}Speed-Robust Scheduling{"}. It provides a Mathematica sheet and its output, proving the last claim of Lemma 11; a Python script used to certify that for the relevant values of number of machines and unit-size jobs, there exists a 4/3-robust solution (Lemma 15); a compressed data file containing the input of the script check.py; a file with human-readable data.",

author = "Franziska Eberle and Ruben Hoeksma and Nicole Megow and Lukas N{\"o}lke and Kevin Schewior and Betrand Simon",

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AU - Eberle, Franziska

AU - Hoeksma, Ruben

AU - Megow, Nicole

AU - Nölke, Lukas

AU - Schewior, Kevin

AU - Simon, Betrand

PY - 2021/12/26

Y1 - 2021/12/26

N2 - This supplemental material proves two claims of the main paper named "Speed-Robust Scheduling". It provides a Mathematica sheet and its output, proving the last claim of Lemma 11; a Python script used to certify that for the relevant values of number of machines and unit-size jobs, there exists a 4/3-robust solution (Lemma 15); a compressed data file containing the input of the script check.py; a file with human-readable data.

AB - This supplemental material proves two claims of the main paper named "Speed-Robust Scheduling". It provides a Mathematica sheet and its output, proving the last claim of Lemma 11; a Python script used to certify that for the relevant values of number of machines and unit-size jobs, there exists a 4/3-robust solution (Lemma 15); a compressed data file containing the input of the script check.py; a file with human-readable data.

UR - https://data.4tu.nl/articles/software/Speed_Robust_Scheduling_Supplemental_Material/17159216

U2 - 10.4121/17159216

DO - 10.4121/17159216

M3 - Software

PB - 4TU.Centre for Research Data

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Speed Robust Scheduling Supplemental Material

Abstract

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