Generating DDI-Cross-Domain Integration (DDI-CDI) in the Language of your Choice: EDDI 2020 Workshop
										Base data
									
									
										CESSDA ID
									
									
										crdr-4259
									
									
										
											Date of publication
										
										
											
												2020-11-30
																					
									
									
										
											Date added
										
										
											2021-12-02
										
									
									
										
											Last modified
										
										
											2024-12-26
										
									
									
										
											Resource type
										
										
											Presentation
										
									
								
											Description
										
										
											This workshop is from the 12th Annual European DDI User Conference (EDDI2020), held November 30, 2020.
This tutorial provides the knowledge and skills on how a syntax representation (or encoding) of an UML model can be generated in any language. The focus is on the DDI – Cross Domain Integration (DDI-CDI) model, which is in many important respects independent from the social science domain and therefore suitable for cross-domain purposes (the publication is planned for 2021). The first part of the tutorial gives an overview of the model-driven approach, the model itself, used UML modeling techniques, model-to-model transformation, and the generation of syntax representations in XML Schema (for XML instances) and in OWL (for RDF instances). It describes how the UML model can be used as basis to generate a syntax representation in a chosen language.
The second part provides time for exercises. Eclipse modeling tools are used for this purpose. Participants are encouraged to choose a language in which they wish to use DDI-CDI. You should bring your own laptop and be ready to install the required software (a detailed list will be provided) prior to the tutorial.
										
									
											Keyword tags
										
										
									
											Author(s)
										
										
											Wackerow, Joachim
										
									
											Contributors
										
										
											
												Germany CESSDA SP