For this weekly seminar, Sara Casti will present her last results on Cage Generation for Animation Purposes.
Abstract Computer animators need simple tools and techniques that allow them to reduce their workload in order to realize animations. Simplified structures (points, skeletons and cages), called handles, are designed in order to speed up animation pipeline.…Read More »
Le CNRS a sélectionné nos travaux “Sketch-Based Implicit Blending” par Baptiste Angles et al., publiés dans ACM Transactions on Graphics, proceedings of Siggraph Asia 2017, pour communiquer sur son activité. Voir l’annonce (http://www.cnrs.fr/ins2i/) et l’article du CNRS (http://www.cnrs.fr/ins2i/spip.php?article2755).
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For the STORM seminar on Friday 24/11, Mathias Paulin will give us a talk entitled Towards a path metric for path-space rendering and compositing.
Abstract Monte Carlo methods for solving the so called path-space light transport formulation are nowadays the most useful rendering techniques. Their ability to render general and physically correct lighting effects with no user interaction is one of the main reason the movie industry tend to generalize their usage for production.…Read More »
For the STORM seminar on Friday 17/11, David Vanderhaeghe will give us a talk on Line Search Methods in Numerical Optimization. This presentation is based on the Chapter 3 of the book Numerical Optimization. It is recommended to read it in order to participate to the discussion that will follow.…Read More »
For the weekly seminar of the STORM research group, Dr. Nadine Aburumman will give a talk on Fluid Simulation in Computer Graphics.
Abstract Video games appeal to our desire to explore and interact with our environment, and adding real-world phenomena -such as fluid motion- allows game developers to create immersive and fun virtual worlds.…Read More »
For the weekly seminar of the STORM research group, Nicolas Mellado will present his current research works on Transformation Space Sampling and Analysis for Point-Cloud Registration.
Abstract Data acquisition in large-scale scenes regularly involves accumulating information across multiple scans. A common approach is to locally align scan pairs using Iterative Closest Point (ICP) algorithm (or its variants), but requires static scenes and small motion between scan pairs.…Read More »
For this STORM seminar, Anahid Ghazanfarpour will present her current research works on Multiple Object Mesh Simplification with Contact Preserving Quadric Error Metric.
Abstract Quadric Error Metric (QEM) is a local simplification method that produces satisfying results for a single object. However, in case several objects with relationships to each other, such as contact, proximity or alignment, are to be simplified, QEM is no longer enough since these relationships are not considered during the simplification process and might get altered.…Read More »
This weekly seminar is dedicated to the Scientific Report of Dr. Nadine Aburumman on the CIMI project titled “Modelling and Simulating 3D Virtual Characters Skin and Garments“.
Abstract The Project objective is to investigate the deformations of the human body at large, i.e., skin deformations, soft-tissue deformations, muscle inflation, and contact deformations.…Read More »