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Rendering

	Visual Simulation of Aurora Movement This paper proposes a new modeling method for visual simulation of aurora. The proposed method generates an aurora animation based on the simulation of the electromagnetic field and emission principles. Takafumi Kojima, Tokyo University of Technology Ryota Takeuchi, Tokyo University of Technology Soji Yamakawa, Carnegie Mellon University Taichi Watanabe, Tokyo University of Technology Koji Mikami, Tokyo University of Technology
	Shape Oriented Line Drawing in Real-Time 3DCG Our study aims to provide a viable real-time 3D toon rendering technique that creates object outlines with varying thickness. Takashi Matsuo, Tokyo University of Technology Koji Mikami, Tokyo University of Technology Kunio Kondo, Tokyo University of Technology Taichi Watanabe, Tokyo University of Technology
	Impressionist-Painterly Style Transfer Based on Texture Localization Impressionist-painterly style transfer based on texture localization. Takashi Nishiyama, Nagoya Institute of Technology Hayato Ichino, Nagoya Institute of Technology Tsuyoshi Nakamura, Nagoya Institute of Technology Masayoshi Kanoh, Chukyo University Koji Yamada, Institute of Advanced Media Arts and Science
	Frequency-Based Kernel Estimation for Progressive Photon Mapping Frequency-based kernel estimation for progressive photon mapping. Laurent Belcour, Grenoble Université Cyril Soler, Inria
	Real Time Ambient Occlusion by Curvature Dependent Occlusion Function We present a novel technique for computing ambient occlusion on real-time graphics hardware. Our method approximates the occlusion for a local illumination model by introducing curvature-dependent function. Tomohito Hattori, Waseda University Hiroyuki Kubo, Waseda University Shigeo Morishima, Waseda University
	Robust Adaptive Sampling for Monte-Carlo-Based Rendering This sketch presents two simple methods which, combined, lead to an effective adaptive sampling scheme for Monte-Carlo-based rendering. Anthony Pajot, Université de Toulouse Loïc Barthe, Université de Toulouse Mathias Paulin, Université de Toulouse
	A Selective Approach for Tone Mapping High Dynamic Range Content This sketch present a practical approach to Tone Map High Dynamic Range content in a real time environment for large textures/images Alessandro Artusi, The Cyprus Institute Despina Michael, University of Cyprus Benjamin Roch, Vienna University of Technology Yiorgos Chrysanthou, University of Cyprus Alan Chalmers, Warwick University
	Illustrative Rendering of Historical Artifacts Illustrative rendering of historical artifacts. Subodh Kumar, Indian Institute of Technology Delhi

Posters

Rendering

Visual Simulation of Aurora Movement

Shape Oriented Line Drawing in Real-Time 3DCG

Impressionist-Painterly Style Transfer Based on Texture Localization

Frequency-Based Kernel Estimation for Progressive Photon Mapping

Real Time Ambient Occlusion by Curvature Dependent Occlusion Function

Robust Adaptive Sampling for Monte-Carlo-Based Rendering

A Selective Approach for Tone Mapping High Dynamic Range Content

Illustrative Rendering of Historical Artifacts