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Svein Olav Hallsteinsen

Senior Scientist

Svein Olav Hallsteinsen

Senior Scientist

Svein Olav Hallsteinsen
Phone: 932 41 907
Mobile: 932 41 907
Department: Software Engineering, Safety and Security
Office: Trondheim

publications and responsibilities

Publications

Publication

Smart Communities of Intelligent Software Agents for Collaborating and Semantically Interoperable Micro-Grids

http://www.sintef.no/en/publications/publication/?pubid=CRIStin+1486004

CoSSMic was an European project that developed a multi-agent solution for smart management of energy from shared photovoltaic panels by photovoltaic panels. Software agents implements collaborating consumer and producer devices negotiating energy over a peer-to-peer (P2P) overlay. The emergent behav...

Authors Aversa Rocco Di Martino Beniamino Horn Geir Hallsteinsen Svein Olav Venticinque Salvatore Jiang Shanshan
Year 2017
Type Presentation
Publication

A Distributed Agent-based System For Coordinating Smart Solar-powered Microgrids

http://www.sintef.no/en/publications/publication/?pubid=CRIStin+1377685

Renewable energy like solar power is crucial for the transition to more sustainable energy supply and use in the modern society. Buildings with rooftop solar panels form microgrids acting as prosumers and are usually not under the control of the regulated companies operating the public grids. Curren...

Authors Jiang Shanshan Venticinque Salvatore Horn Geir Hallsteinsen Svein Olav Noebels Matthias
Year 2016
Type Conference paper/Book chapter
Publication

A Distributed Agent-based System For Coordinating Smart Solar-powered Microgrids

http://www.sintef.no/en/publications/publication/?pubid=CRIStin+1377664

Renewable energy like solar power is crucial for the transition to more sustainable energy supply and use in the modern society. Buildings with rooftop solar panels form microgrids acting as prosumers and are usually not under the control of the regulated companies operating the public grids. Curren...

Authors Jiang Shanshan Venticinque Salvatore Horn Geir Hallsteinsen Svein Olav Noebels Matthias
Year 2016
Type Presentation
Publication

A Distributed System for Smart Energy Negotiation

http://www.sintef.no/en/publications/publication/?pubid=CRIStin+1191831

Distributed energy production by Solar Panels is really wide-spread today. However the mismatch between production and consumption during the day, and expensiveness of energy storages, limits an high rate of self-consumption. In fact the overall overproduction is currently reversed into the power gr...

Authors Amato Alba Di Martino Beniamino Scialdone Marco Venticinque Salvatore Hallsteinsen Svein Olav Jiang Shanshan
Year 2014
Type Journal article
Publication

Dynamic Software Product Lines

http://www.sintef.no/en/publications/publication/?pubid=CRIStin+1125143

In emerging domains such as ubiquitous computing, service robotics, unmanned space and water exploration, and medical and life-support devices, software is becoming increasingly complex with extensive variation in both requirements and resource constraints throughout its lifetime....

Authors Hallsteinsen Svein Olav Hinchey Mike Park Sooyong Schmid Klaus
Year 2013
Type Conference paper/Book chapter
Publication

A development framework and methodology for self-adapting applications in ubiquitous computing environments

http://www.sintef.no/en/publications/publication/?pubid=CRIStin+972947

Today software is the main enabler of many of the appliances and devices omnipresent in our daily life and important for our well being and work satisfaction. It is expected that the software works as intended, and that the software always and everywhere provides us with the best possible utility. T...

Authors Hallsteinsen Svein Olav Geihs Kurt Paspallis Nearchos Eliassen Frank Horn Geir Lorenzo Jorge Mamelli Alessandro Papadopoulos George A.
Year 2012
Type Journal article
Publication

An Experimental Facility for Cross-layer Adaptation of Service Oriented Distributed Systems

http://www.sintef.no/en/publications/publication/?pubid=SINTEF+S21484

Ubiquitous and IoT (Internet of Things) systems consist of many parts, are highly distributed and need to be adaptive in a highly dynamic environment. The exploitation of adaptation possibilities at different layers needs to be coordinated to get an optimal result. However, it is difficult to test a...

Year 2011
Type Conference paper/Book chapter
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