DoE and regression analysis input and output

Citation Author(s):
Rune Andre
Haugen
University of South-Eastern Norway
Satyanarayana
Kokkula
University of South-Eastern Norway
Ali
Ghaderi
University of South-Eastern Norway
Gerrit
Muller
University of South-Eastern Norway
Elisabet
Syverud
University of South-Eastern Norway
Submitted by:
Rune Haugen
Last updated:
Mon, 07/08/2024 - 15:58
DOI:
10.21227/5jbx-qh37
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Abstract 

This dataset contains the input and output data from an industrial case study aiming to detect undesired non-intuitive behavior in an engineered complex system (an Autonomous Surface Vessel (ASV) on a Search and Rescue (SAR) mission). We used the Taguchi method to set up experiments, conducted the experiments in a case company specific test arena, and performed different forms of regression analysis. The paper titled A Novel Approach to Detect Detrimental Weak Emergent Behavior Considering Noise Factors: an Autonomous Search and Rescue Case Study uses this data, but does not show the complete set. The data is partially obtained from the case company's subject matter experts and partially generated from the statistical tool Minitab.

Instructions: 

The dataset includes one excel spreadsheet with five tabs.

Tab 1 shows the experiment input data and the following regression analysis graphs for input variable effects on the output variable

Tab 2 shows the experiment input and output data for the single control factor at minimum value

Tab 3 shows the experiment input and output data for the single control factor at maximum value

Tab 4 shows the surface plots for the total of simulations with the single control factor at minimum value

Tab 5 shows the surface plots for the total of simulations with the single control factor at maximum value

Funding Agency: 
Research Council of Norway
Grant Number: 
321830

Dataset Files

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