Abstract: In this presentation, we will provide a short overview of core research themes and their related recent projects of the Pervasive Systems group. The common areas of research within Pervasive Systems are opportunistic sensing and wireless networking and sensor data analytics. We will also show how major research and development challenges such as energy-efficienty, reliability, robustness, and accuracy, faced in these themes have been addressed and how the research results have been integrated through addressing practical deployment and development issues in real-world applications.
Prof. Paul Havinga is full professor and chair of the Pervasive Systems research group at the Computer Science department at the University of Twente in the Netherlands. He received in 2000 the 'DOW Dissertation Energy Award' for his Phd thesis. He has a broad background in various aspects of communication systems, including wireless communication, sensor networks, smart sensor systems, Cyber Physical Systems, QoS over wireless networks, reconfigurable computing, and on interconnection architectures for multiprocessor systems. The common themes in his area of research is the development of large-scale, heterogeneous, wireless, distributed systems. Research questions cover architectures, protocols, programming paradigms, algorithms, and applications. He has a significant experience as project manager in several national and international research projects on wireless sensor networks. In 2001 he initiated the first European project on wireless sensor networks EYES, and many national and international projects evolved from this. In May 2007 he received the ICT Innovation Award for the successful transfer of knowledge from university to industrial use. In June 2007 he received the "van den Kroonenberg award" for being a successful innovative entrepreneur.
Dr. Nirvana Meratnia is associate professor in the Pervasive Systems Group at the University of Twente. Her research interests are in the area of Internet of Things (IoT), distributed sensor data analytics, (underwater) wireless sensor networks, and wearable/implantable communication and computing. The common themes in her area of research are energy-efficient, accurate, and reliable sensor data processing, reasoning, and interpretation. This goes hand in hand with requirements and limitations posed by the wireless communication being in air, in body, or underwater. This in turn requires a cross-layer optimization. She is and has been involved in many EU and national projects related to these themes.
