Titlebook: Engineering Data-Driven Adaptive Trust-based e-Assessment Systems; Challenges and Infra David Baneres,M. Elena Rodríguez,Ana Elena Guerrer

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Technische Thermodynamik Teil Ices of plagiarism in the students’ work. This chapter discusses about the different approaches of anti-plagiarism tools available in the literature, and explains in more detail the solution applied in the TeSLA project, and the experiences obtained from its usage.

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Technische Transport- und Lagerlogistikoint of view, cloud-based solutions suppose some challenges not existing in traditional on-premises solutions that must be tackled during the engineering process. Whether a monolithic application may fit well on-premises, cloud environments work better with modularization and separation of services.

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https://doi.org/10.1007/978-3-662-24959-8of authentication and authorship instruments, oriented to assist the decision-making process of teachers, above all in case of suspicion of students’ dishonest academic behavior. Although these dashboards have been designed and implemented in the context of TeSLA project, the experience and conclusi

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,Turbulente reaktive Str?mungen,ised. The main goal of the project, in terms of accessibility, has been developing an instrument that is accessible and easy to use for all types of students. We also discuss technical and pedagogical solutions that support use of the TeSLA e-assessment system by diverse students.

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Günter P. Merker,Christian Schwarzth five features related to “trust”: (1) The system will not fail, (2) be compromised, (3) data will be kept safely and privately, (4) the system will not affect students’ performance and (5) the system will ensure fairness.

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