Titlebook: Computer Animation and Simulation ’99; Proceedings of the E Nadia Magnenat-Thalmann,Daniel Thalmann Conference proceedings 1999 Springer-Ve

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commonsense

Tracking and Modifying Upper-body Human Motion Data with Dynamic Simulationre physically realistic for the dynamic parameters of the character. We combine these two approaches by tracking and modifying human motion capture data using dynamic simulation and constraints. The tracking system generates motion that is appropriate for the graphical character while maintaining ch

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細(xì)微的差異

Respond

Interactive Evolution for Computer Animationing a point-for-point representation for genotype, the control both in selection and variation process is possible while the genotype represented by procedural rules in previous works allows it only in the selection. We experimentally validate these points on generating different walk styles out of

MONY

MONY

A Model of Collision Perception for Real-Time Animationd by performing psychophysical experiments. We demonstrate the feasibility of using this model as the basis for perceptual scheduling of interruptible collision detection in a real-time animation of large numbers of visually homogeneous objects. The user’s point of fixation may be either tracked or

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echnic

MPEG-4 based animation with face feature trackingure systems are now becoming increasingly important within user-controlled virtual environments. This paper discusses real-time interaction with virtual world through the visual analysis of human facial features from video. The underlying approach to recognize and analyze the facial movements of a r

業(yè)余愛好者

Speech Driven Facial Animationmodifying a generic head model, where a set of MPEG-4 Facial Definition Parameters (FDPs) has been pre-defined. To animate facial expressions of the 3D head model, a real-time speech analysis module is employed to obtain mouth shapes that are converted to MPEG-4 Facial Animation Parameters (FAPs) to