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http://hdl.handle.net/10609/74706
Title: A computational academic integrity framework
Author: Amigud, Alexander
Director: Daradoumis Haralabus, Atanasi  
Arnedo Moreno, Joan  
Others: Universitat Oberta de Catalunya. Escola de Doctorat
Keywords: academic integrity
identity assurance
authorship assurance
e-learning
learning analytics
Issue Date: 16-Jan-2018
Publisher: Universitat Oberta de Catalunya. Escola de Doctorat
Abstract: The growing scope and changing nature of academic programmes provide a challenge to the integrity of traditional testing and examination protocols. The aim of this thesis is to introduce an alternative to the traditional approaches to academic integrity, bridging the anonymity gap and empowering instructors and academic administrators with new ways of maintaining academic integrity that preserve privacy, minimize disruption to the learning process, and promote accountability, accessibility and efficiency. This work aims to initiate a paradigm shift in academic integrity practices. Research in the area of learner identity and authorship assurance is important because the award of course credits to unverified entities is detrimental to institutional credibility and public safety. This thesis builds upon the notion of learner identity consisting of two distinct layers (a physical layer and a behavioural layer), where the criteria of identity and authorship must both be confirmed to maintain a reasonable level of academic integrity. To pursue this goal in organized fashion, this thesis has the following three sections: (a) theoretical, (b) empirical, and (c) pragmatic.
Language: English
URI: http://hdl.handle.net/10609/74706
Appears in Collections:Doctoral Thesis

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