Techniques for Stochastic ImplicitSurface Modelling and Rendering

The outline of this work is as follows: first, in section 2, the mixed effects model structure is introduced and explained in the context of modelling building energy load; section

While mapping this partitioning onto a pipelined parallel architecture, a section and its corresponding sectors can be mapped onto a cluster which consists of an

In each section we will begin with techniques related to data aquisition, processing and visualization mapping (x.1), discuss techniques based on the rendering stage in the

Finally, we demonstrate that shape deformation by vector field integration can also be used to visualize smoke-like streak surfaces in dynamic flow fields (Chapter

The paper is organized as follows: section 2 presents some re- lated works on haptic interfaces, section 3 describes the hap- tic device for surface rendering consisting of an

Section 2 exam- ines financial institutions’ risk exposure and Norges Bank’s methods for monitoring trends that can shed light on developments in risk exposure.. Section 3 presents

Banks – Connectedness Non-bank financial institutions Households – Leverage Households – Debt service Households – Credit growth Non-financial enterprises – Leverage

1) Ensidig Hodrick Prescott-filter beregnet på data utvidet med en enkel prognose. Kilder: IMF, Statistisk sentralbyrå og Norges Bank Referanseverdi basert på gap mot trend