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Martin-Dorta, Norena; Saorin, Jose Luis; Contero, Manuel – Educational Technology & Society, 2011
This paper attempts to harness the opportunities for mobility and the new user interfaces that handheld touch screen devices offer, in a non-formal learning context, with a view to developing spatial ability. This research has addressed two objectives: first, analyzing the effects that training can have on spatial visualisation using the…
Descriptors: Experimental Groups, Control Groups, Spatial Ability, Handheld Devices
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Stone, R. Brian – Technology Teacher, 2004
A user communicates, or interacts, with a handheld device via a series of interfaces. These interfaces facilitate a dialog between the person and the cell phone, PDA, or MP3 player by receiving input and responding to human action with feedback. People interact with handheld screen interfaces at a very intimate level. It is rare that someone will…
Descriptors: Telecommunications, Educational Technology, Computer Interfaces, Evaluation
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Klebl, Michael – Educational Technology & Society, 2006
Starting from the first public draft of IMS Learning Design in November 2002, a research project at the Catholic University Eichstaett-Ingolstadt in Germany was dedicated to the conceptual examination and empirical review of IMS Learning Design Level A. A prototypical runtime environment called "lab005" was developed. It was built based…
Descriptors: Higher Education, Management Systems, Web Based Instruction, Foreign Countries
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Yaratan, Huseyin – Turkish Online Journal of Educational Technology - TOJET, 2003
An ITS (Intelligent Tutoring System) is a teaching-learning medium that uses artificial intelligence (AI) technology for instruction. Roberts and Park (1983) defines AI as the attempt to get computers to perform tasks that if performed by a human-being, intelligence would be required to perform the task. The design of an ITS comprises two distinct…
Descriptors: Artificial Intelligence, Intelligent Tutoring Systems, Testing, Researchers