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Formal learning in higher education creates its own challenges for didactics, teaching, technology, and organization. The growing need for well-educated employees requires new ideas and tools in education. Within the ROLE project, three personal learning environments based on ROLE technology were used to accompany “traditional” teaching and learning activities at universities. The test beds at the RWTH Aachen University in Germany, the School of Continuing Education of Shanghai Jiao Tong University in China, and the Uppsala University in Sweden differ in learning culture, the number of students and their individual background, synchronous versus distant learning, etc. The big range of test beds underlines the flexibility of ROLE technology. For each test bed, the learning scenario is presented and analyzed as well as the particular ROLE learning environment. The evaluation methods are described and the research results discussed in detail. The learned lessons provide an easy way to benefit from the ROLE research work which demonstrates the potential for new ideas based on flexible e-learning concepts and tools in “traditional” education.
This article reports about the on-going work on a new version of the metadata framework Component Metadata Infrastructure (CMDI), central to the CLARIN infrastructure. Version 1.2 introduces a number of important changes based on the experience gathered in the last five years of intensive use of CMDI by the digital humanities community, addressing problems encountered, but also introducing new functionality. Next to the consolidation of the structure of the model and schema sanity, new means for lifecycle management have been introduced aimed at combatting the observed proliferation of components, new mechanism for use of external vocabularies will contribute to more consistent use of controlled values and cues for tools will allow improved presentation of the metadata records to the human users. The feature set has been frozen and approved, and the infrastructure is now entering a transition phase, in which all the tools and data need to be migrated to the new version.
Introduction
(2015)
Preface
(2015)
Russia, its languages and its ethnic groups are for many readers of English surprisingly unknown territory. Even among academics and researchers familiar with many ethnolinguistic situations around the globe, there prevails rather unsystematic and fragmented knowledge about Russia. This relates to both the micro level such as the individual situations of specific ethnic or linguistic groups, and to the macro level with regard to the entire interplay of linguistic practices, ideologies, laws, and other policies in Russia. In total, this lack of information about Russia stands in sharp contrast to the abundance of literature on ethnolinguistic situations, minority languages, language revitalization, and ideologies toward languages and multilingualism which has been published throughout the past decades.
Preface
(2015)
In the German language, there are two central ways of integrating spatial and temporal information by means of word-formation. Firstly, this type of information is typically located in the verbal phrase of sentences. As a consequence, it plays a major role in the area of word-formation of verbs too. The two major classes of such verbs found in German (“Partikelverben” and “Doppelpartikelverben”) are located in the transition zone between syntax and word-formation. The same adverbial relation is found in one type of nominal compounds (“Rektionskomposita”). On the other hand, space and time are prominent among the relations constituting the patterns of the prototypical type of noun compounds (“N+N-Komposita”). The integration of these relations into compounds involves some kind of functional interpretation.