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Recently a library of design patterns for designing distributed userinterfaces (DUIs) was created to help researchers and designers to create userinterfaces and to provide an overview of solutions to common DUIs designproblems without requiring a significant amount of time to be spent on readingdomain-specific literature and exploring existing DUIs implementations. Thecurrent version of the DUI design patterns library need to be assessed becausea lot of design patterns are overlapping each other and their relationships arenot clear enough to effectively find the most relevant design pattern forsolving particular design problem, so the purpose of this thesis is to maturethe DUI design patterns knowledge field by removing the duplicate designpatterns, their description and to create a taxonomy where each design patternshould be organised in a way that will reduce redundancy, possibly leading togrouping or eventually merging similar patterns and allow to navigate torelated patterns. To achieve the defined goals, the first target was toinvestigate the possible overlaps among design patterns and their relevancywith each other, in order to get these insights natural language processingtool was built for extracting and analysing each design pattern research paperto find potential codes. Later in this study thematic analysis was done withdomain experts to get themes, their description and higher level categoriesfrom generated codes to organize all related design patterns in a clearhierarchy. The outcomes of this thesis included the clarification of therelationships among design patterns by creating a taxonomy, clarified thedescription of individual design pattern, overlaps and duplicate designpatterns were removed and merged similar design patterns.

Taxonomies in DUI Design Patterns: A Systematic Approach for Removing Overlaps Among Design Patterns and Creating a Clear Hierarchy