Complementarity and Similarity in Complex Networks

Networks are becoming ever more important in today's highly interconnected society, from telecommunication networks and social networks to power grids and the Internet. The field of Network Science seeks to uncover structure within the complex topologies of networks and the processes that govern their link formation. Many methods and models in...

Reviving the Forgotten Gasholders: Harnessing the potential of heritage sites through complementary architectural gestures

Throughout the course of time, there has been a progression starting from the preservation of buildings and sites, to the conservation of specific elements of these landmarks, and now shifting towards adaptive reuse where the goal is to maintain cultural heritage through values and attributes. According to Aldo Rossi, there is no guarantee of...

Topological Properties of Semantic Networks

The main goal of this thesis is to understand the topological properties of semantic networks, to find language-specific patterns, and to investigate their connection principles. Interpreting unstructured texts in natural language is a crucial task for computers. Natural Language Processing (NLP) applications rely on semantic networks for...

Agile software development and IT-architecture interactions in the public sector: A multi-case study approach to identify whether these roles are complementary or counterproductive

Large software projects often overrun costs, development time and do not deliver what has been envisioned by the customer. An important factor contributing to these cost overruns is the mismatch in the approaches of IT-architects and agile software development roles. In literature there are hints that complementary added value could be achieved...

Wind Turbine Design for a Hybrid System: with the emphasis on generation complementarity

The global issue on global warming leads nations to reduce their carbon emission, and one way to do it is by decarbonising the power system and employing higher penetration of renewable energy technology. However, due to the variable nature of renewable energy, their integration to the power system poses challenges to the utilities and system...

System effects of cross-border transmission capacity and seasonal storage on the future Dutch power system

The Dutch government aims at 70% of electricity production from renewable energy sources in 2030 in order to reach a CO2 emission reduction of 49% as compared to 1990 levels. With the increasing share of variable renewables in the European power system, it becomes increasingly more important to find a way to deal with generation volatility. The...