Titlebook: AI 2012: Advances in Artificial Intelligence; 25th International A Michael Thielscher,Dongmo Zhang Conference proceedings 2012 Springer-Ver

misshapen

GLIDE

Thermodynamic Properties of Pure Fluids,proposed approach is based on combination of 2D Radon transform, 1D Fourier transform and 1D Scale transform which can accurately estimate scale, rotational and translational distortions of camera motion and is robust to internal moving objects. Our experimental results with real and synthesized vid

Explicate

Applied Chemical Process Designedge detection, such as gradients, are further manipulated to improve detection performance. In order to improve detection performance, new features are constructed from different local features. In this study, GP is proposed to automatically construct invariant features based on basic invariant fea

Obverse

營養(yǎng)

Electrochemistry, Batteries and Fuel Cells, approaches is still poor in naturalistic expressions compared to acted ones. Most of these methods use a static image of each expression that captures the characteristic image at the apex. However, according to psychologists, analyzing a sequence of images in a dynamic manner produces more accurate

魅力

Isthmus

Blood-Clot

Applied Civil Engineering Risk Analysisisfies a . constraint. On the negative side, we prove that propagation is .-hard even under some strong restrictions (e.g. just 2 values, just 4 states in the automaton, just 5 columns to the matrix, or restricting to limited classes of automata). We also prove that propagation is .-hard when the pr

intrigue

Carlos H. Rojas-Fernandez BSc(Pharm), PharmD to escape from a local minimum, this paper presents a duplication learning mechanism in stagnation stages to minimise duplicative variable flipping. The heuristic incorporates the learned knowledge into a variable weighting scheme to effectively prevent the search from selecting duplicative variabl

Ferritin

AI 2012: Advances in Artificial Intelligence978-3-642-35101-3Series ISSN 0302-9743 Series E-ISSN 1611-3349