Empirically measuring soft knowledge in visualization

In this paper, we present an empirical study designed to evaluate the hypothesis that humans’ soft knowledge can enhance the cost-benefit ratio of a visualization process by reducing the potential distortion. In particular, we focused on the impact of three classes of soft knowledge: (i) knowledge a...

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Main Authors: Kijmongkolchai, N, Abdul-Rahman, A, Chen, M
Format: Journal article
Published: John Wiley & Sons Ltd 2017
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author Kijmongkolchai, N
Abdul-Rahman, A
Chen, M
author_facet Kijmongkolchai, N
Abdul-Rahman, A
Chen, M
author_sort Kijmongkolchai, N
collection OXFORD
description In this paper, we present an empirical study designed to evaluate the hypothesis that humans’ soft knowledge can enhance the cost-benefit ratio of a visualization process by reducing the potential distortion. In particular, we focused on the impact of three classes of soft knowledge: (i) knowledge about application contexts, (ii) knowledge about the patterns to be observed (i.e., in relation to visualization task), and (iii) knowledge about statistical measures. We mapped these classes into three control variables, and used real-world time series data to construct stimuli. The results of the study confirmed the positive contribution of each class of knowledge towards the reduction of the potential distortion, while the knowledge about the patterns prevents distortion more effectively than the other two classes.
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spelling oxford-uuid:f2f7dc7a-e926-4b9b-aee7-ddff6a20e6082022-03-27T12:08:11ZEmpirically measuring soft knowledge in visualizationJournal articlehttp://purl.org/coar/resource_type/c_dcae04bcuuid:f2f7dc7a-e926-4b9b-aee7-ddff6a20e608Symplectic Elements at OxfordJohn Wiley & Sons Ltd2017Kijmongkolchai, NAbdul-Rahman, AChen, MIn this paper, we present an empirical study designed to evaluate the hypothesis that humans’ soft knowledge can enhance the cost-benefit ratio of a visualization process by reducing the potential distortion. In particular, we focused on the impact of three classes of soft knowledge: (i) knowledge about application contexts, (ii) knowledge about the patterns to be observed (i.e., in relation to visualization task), and (iii) knowledge about statistical measures. We mapped these classes into three control variables, and used real-world time series data to construct stimuli. The results of the study confirmed the positive contribution of each class of knowledge towards the reduction of the potential distortion, while the knowledge about the patterns prevents distortion more effectively than the other two classes.
spellingShingle Kijmongkolchai, N
Abdul-Rahman, A
Chen, M
Empirically measuring soft knowledge in visualization
title Empirically measuring soft knowledge in visualization
title_full Empirically measuring soft knowledge in visualization
title_fullStr Empirically measuring soft knowledge in visualization
title_full_unstemmed Empirically measuring soft knowledge in visualization
title_short Empirically measuring soft knowledge in visualization
title_sort empirically measuring soft knowledge in visualization
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AT abdulrahmana empiricallymeasuringsoftknowledgeinvisualization
AT chenm empiricallymeasuringsoftknowledgeinvisualization