Moving towards a Fully Automatic Knowledge Assessment Tool

Information about a student’s level or state ofknowledge is a key aspect for efficient, personalized learningactivities. E-learning systems gain such information in twoways: directly by examining users’ self-assessment andadministering predefined tests and indirectly by makinginferences on observed...

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Main Author: Christian Gütl
Format: Article
Language:English
Published: Kassel University Press 2008-03-01
Series:International Journal of Emerging Technologies in Learning (iJET)
Subjects:
Online Access:http://online-journals.org/i-jet/article/view/172/240
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spelling doaj-61539a4967f343de84175d548542ec7b2020-11-24T21:39:35ZengKassel University PressInternational Journal of Emerging Technologies in Learning (iJET)1863-03832008-03-01313644Moving towards a Fully Automatic Knowledge Assessment ToolChristian GütlInformation about a student’s level or state ofknowledge is a key aspect for efficient, personalized learningactivities. E-learning systems gain such information in twoways: directly by examining users’ self-assessment andadministering predefined tests and indirectly by makinginferences on observed user behaviors. However, most of thecurrent solution approaches either demand excessivemanpower or lack required reliability. To overcome theseproblems, we have developed the e-Examiner, an assessmenttool that supports the assessment process by creatingautomatically test items, assessing students’ answers andproviding feedback. In this paper, we firstly give anoverview about a variety of computer-assisted andcomputer-based assessment systems and methods thatsupport formative assessment activities. Secondly, weintroduce the overall concept and architecture of the e-Examiner. Thirdly, we outline implementation details andevaluation results of our prototype implementation. Oursolution approach is based on the set of statistical similaritymeasures defined by the ROUGE toolset for automaticsummary evaluation.This paper is an extended version of the IMCL 2007 paper.http://online-journals.org/i-jet/article/view/172/240automatic knowledge assessmentformative assessment feedbackcomputer-based assessment systemROUGE toolset
collection DOAJ
language English
format Article
sources DOAJ
author Christian Gütl
spellingShingle Christian Gütl
Moving towards a Fully Automatic Knowledge Assessment Tool
International Journal of Emerging Technologies in Learning (iJET)
automatic knowledge assessment
formative assessment feedback
computer-based assessment system
ROUGE toolset
author_facet Christian Gütl
author_sort Christian Gütl
title Moving towards a Fully Automatic Knowledge Assessment Tool
title_short Moving towards a Fully Automatic Knowledge Assessment Tool
title_full Moving towards a Fully Automatic Knowledge Assessment Tool
title_fullStr Moving towards a Fully Automatic Knowledge Assessment Tool
title_full_unstemmed Moving towards a Fully Automatic Knowledge Assessment Tool
title_sort moving towards a fully automatic knowledge assessment tool
publisher Kassel University Press
series International Journal of Emerging Technologies in Learning (iJET)
issn 1863-0383
publishDate 2008-03-01
description Information about a student’s level or state ofknowledge is a key aspect for efficient, personalized learningactivities. E-learning systems gain such information in twoways: directly by examining users’ self-assessment andadministering predefined tests and indirectly by makinginferences on observed user behaviors. However, most of thecurrent solution approaches either demand excessivemanpower or lack required reliability. To overcome theseproblems, we have developed the e-Examiner, an assessmenttool that supports the assessment process by creatingautomatically test items, assessing students’ answers andproviding feedback. In this paper, we firstly give anoverview about a variety of computer-assisted andcomputer-based assessment systems and methods thatsupport formative assessment activities. Secondly, weintroduce the overall concept and architecture of the e-Examiner. Thirdly, we outline implementation details andevaluation results of our prototype implementation. Oursolution approach is based on the set of statistical similaritymeasures defined by the ROUGE toolset for automaticsummary evaluation.This paper is an extended version of the IMCL 2007 paper.
topic automatic knowledge assessment
formative assessment feedback
computer-based assessment system
ROUGE toolset
url http://online-journals.org/i-jet/article/view/172/240
work_keys_str_mv AT christiangutl movingtowardsafullyautomaticknowledgeassessmenttool
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