News
Intelligent Systems group news
Paper by Tim Baarslag and Michael Kaisers selected as visionary paper AAMAS 2017 Workshops
A paper by CWI researchers Tim Baarslag and Michael Kaisers has been selected as one of the most visionary papers of the AAMAS 2017 workshops, the largest and most influential conference in the area of agents and multi-agent systems.
CWI researchers selected as ACM Future of Computing Academy members
CWI researchers Tim Baarslag and Wouter Koolen have been selected as members of the of the ACM Future of Computing Academy (FCA).
CWI develops energy sharing platform for housing cooperative Amsterdam
Researchers in the European Grid-Friends project will launch a pilot for sharing renewable energy between households in the Amsterdam building project Schoonschip. By coordinating energy supply and demand between the houses, the entire neighborhood aims to be energy neutral.
Balancing supply and demand in future energy systems
Dynamic pricing can be used to balance future energy grids which depend on renewable energy. CWI researcher Nicolas Höning developed several market mechanisms and pricing strategies which are useful for planning and balancing electricity supply and demand.
CWI researchers on Utility Week Amsterdam
Researchers from the Intelligent Systems group of Centrum Wiskunde & Informatica in Amsterdam, and SENSE Lab of TU Berlin join forces on the European Utility Week, the leading knowledge and innovation event for the smart energy industry in Amsterdam, from 4 – 6 November 2014.
Towards a European Smart Energy System
In the European vision document “Towards a European Smart Energy System”, researchers Han La Poutré and Felix Claessen from the research group Intelligent Systems at the Centrum Wiskunde & Infor
First top sector project for CWI in smart grids
CWI has been awarded its first research contract under the government’s top sector initiative. Together with the Technische Universiteit Eindhoven (TU/e), installation company Kropman Installatietechniek B.V.
CWI starts new research on smart grids
Automatic image recognition technology spots endangered leatherback sea turtle
Software agents arrange freight more efficiently
Traffic jams regularly bring Dutch highways to a halt. Freight is often a major cause of such bottlenecks. Interestingly enough almost one third of all trucks drive around empty. PhD student Valentin Robu of the Centrum Wiskunde & Informatica (CWI), the national research center for mathematics and computer science in the Netherlands, examined the efficiency in logistics and saw room for improvement through the use of intelligent software agents.
Intelligent systems for green developments
Windmills, biomass, solar energy, and storage are essential for green developments in energy supplies, but increase the demands on electricity networks. The SenterNovem project ‘Intelligent and Decentralized Management of Networks and Data’ (IdeaNeD) investigates optimal control for future networks.
FOCUS and GLANCE subsidy for CWI
NWO granted two FOCUS subsidies to CWI researchers. FOCUS is the open part of the Bsik programme BRICKS, which has been developed by CWI and NWO Physical Sciences to stimulate fundamental computer science research. The programme will deliver important building blocks for the computer of the future.
Image processing reveals both large objects and details
PhD student Gemma Piella has developed a technique that shows large objects and small details in the same image. Normally, the amount of detail in a picture depends on its scale. For example, from a distance a forest looks like a green surface. When approaching, more details like trees, branches or even individual leaves appear, but you lose sight of the bigger picture. To solve this problem, Piella modified the wavelet transformation image processing technique. The resulting transformation retains both small and large elements by utilizing geometric information.
Sander Bohte receives NWO grants
The Netherlands Organization for Scientific Research NWO has granted a VENI subsidy to CWI researcher Sander Bohte. Bohte will use the grant, approved in March 2003, to further his research on spiking neural networks. These types of networks incorporate the latest insights in functional biological neurons. In theory they are much more powerful than traditional artificial neural networks. Bothe's work is aimed at using spiking neurons in large-scale networks that can learn to deal with symbolic structures like grammar in language or compact descriptions of objects in vision.