Stimulating Personal Development and Knowledge Sharing

Koper, R., Stefanov, K., & Dicheva, D. (Eds.) (2009). Proceedings of the 5th International TENCompetence Open Workshop "Stimulating Personal Development and Knowledge Sharing". October, 30-31, 2008, Sofia, Bulgaria: TENCompetence Workshop.The fifth open workshop of the TENCompetence project took place in Sofia, Bulgaria, from 30th to 31st October 2008. These proceedings contain the papers that were accepted for publication by the Program Committee.The work on this publication has been sponsored by the TENCompetence Integrated Project that is funded by the European Commission's 6th Framework Programme, priority IST/Technology Enhanced Learning. Contract 027087 [http://www.tencompetence.org

Applying patterns to hypermedia instructional design (APHID)

This research addresses the issue of automatically generating instructional hypermedia documents (in the form of web sites). Our hypothesis is that, for certain types of hypermedia, an automated approach can produce satisfactory hypermedia applications more efficiently than humans are able to create them. We propose a method (APHID) that guides a hypermedia creator through the design process and partially automates the creation of hypermedia applications. Our method uses concept maps and instructional design patterns, as well as the more common domain and presentation models, to support partial automation for creating instructional hypermedia. Most hypermedia application developers follow basic graphical design principles, but few commonly accepted principles exist for the structuring of hypermedia applications. The design of instructional hypermedia imposes the additional requirement that the designer be expert both in hypermedia design and in instructional design. APHID supports designers through the use of patterns to describe and clarify design concepts for both instructional design and interface design. This thesis describes the design and development of the APHID approach and a prototype software tool that supports the development of instructional hypermedia using the APHID approach. The thesis also presents a study in which web sites created with APHID are compared (by an independent evaluator) to web sites created by instructional technologists. The study shows that good instructional web sites can be generated semi-automatically with less expenditure of time on the part of the instructional designer

Integrating Timing Considerations to Improve Testing Practices

Integrating Timing Considerations to Improve Testing Practices synthesizes a wealth of theory and research on time issues in assessment into actionable advice for test development, administration, and scoring. One of the major advantages of computer-based testing is the capability to passively record test-taking metadata—including how examinees use time and how time affects testing outcomes. This has opened many questions for testing administrators. Is there a trade-off between speed and accuracy in test taking? What considerations should influence equitable decisions about extended-time accommodations? How can test administrators use timing data to balance the costs and resulting validity of tests administered at commercial testing centers? In this comprehensive volume, experts in the field discuss the impact of timing considerations, constraints, and policies on valid score interpretations; administrative accommodations, test construction, and examinees’ experiences and behaviors; and how to implement the findings into practice. These 12 chapters provide invaluable resources for testing professionals to better understand the inextricable links between effective time allocation and the purposes of high-stakes testing

Integrating Timing Considerations to Improve Testing Practices

Integrating Timing Considerations to Improve Testing Practices synthesizes a wealth of theory and research on time issues in assessment into actionable advice for test development, administration, and scoring. One of the major advantages of computer-based testing is the capability to passively record test-taking metadata—including how examinees use time and how time affects testing outcomes. This has opened many questions for testing administrators. Is there a trade-off between speed and accuracy in test taking? What considerations should influence equitable decisions about extended-time accommodations? How can test administrators use timing data to balance the costs and resulting validity of tests administered at commercial testing centers? In this comprehensive volume, experts in the field discuss the impact of timing considerations, constraints, and policies on valid score interpretations; administrative accommodations, test construction, and examinees’ experiences and behaviors; and how to implement the findings into practice. These 12 chapters provide invaluable resources for testing professionals to better understand the inextricable links between effective time allocation and the purposes of high-stakes testing

Beyond e-learning : an intelligent pedagogical agent to guide students in problem-based learning

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