With the advent of very powerful PCs and high-end graphics cards, there has been an incredible development in Virtual Worlds, real-time computer animation and simulation, games. But at the same time, new and cheaper Virtual Reality devices have appeared allowing an interaction with these real-time Virtual Worlds and even with real worlds through Augmented Reality. Three-dimensional characters, especially Virtual Humans are now of an exceptional quality, which allows to use them in the movie industry. But this is only a beginning, as with the development of Artificial Intelligence and Agent technology, these characters will become more and more autonomous and even intelligent. They will inhabit the Virtual Worlds in a Virtual Life together with animals and plants.
随着功能强大的个人电脑和高端显卡的出现，虚拟世界、实时计算机动画和模拟、游戏等领域出现了令人难以置信的发展。但与此同时，新的和更便宜的虚拟现实设备已经出现，允许与这些实时虚拟世界，甚至通过增强现实与现实世界的互动。三维人物，特别是虚拟人，现在有一个特殊的质量，这允许使用他们在电影业。但这仅仅是一个开始，随着人工智能和Agent技术的发展，这些角色将变得越来越自主，甚至智能。他们将与动物和植物一起生活在虚拟世界中。
An intelligent navigation of humanoid NAO in the light of classical approach and computational intelligence
来源期刊：Computer Animation and Virtual WorldsDOI：10.1002/cav.1858
Human–virtual character interaction: Toward understanding the influence of haptic feedback
来源期刊：Computer Animation and Virtual WorldsDOI：10.1002/cav.1883
Mobile‐powered head‐mounted displays versus cave automatic virtual environment experiments for evacuation research
来源期刊：Computer Animation and Virtual WorldsDOI：10.1002/cav.1873
Sketch2VF: Sketch‐based flow design with conditional generative adversarial network
来源期刊：Computer Animation and Virtual WorldsDOI：10.1002/cav.1889
Shape‐constrained flying insects animation
来源期刊：Computer Animation and Virtual WorldsDOI：10.1002/cav.1902
Multilayer feature descriptors fusion CNN models for fine‐grained visual recognition
来源期刊：Computer Animation and Virtual WorldsDOI：10.1002/cav.1897
Audio‐driven emotional speech animation for interactive virtual characters
来源期刊：Computer Animation and Virtual WorldsDOI：10.1002/cav.1892
A comprehensive study of the affective and physiological responses induced by dynamic virtual reality environments
来源期刊：Computer Animation and Virtual WorldsDOI：10.1002/cav.1893
Automated brain extraction and immersive exploration of its layers in virtual reality for the rhesus macaque MRI data sets
来源期刊：Computer Animation and Virtual WorldsDOI：10.1002/cav.1841
Compressed dynamic mesh sequence for progressive streaming
来源期刊：Computer Animation and Virtual WorldsDOI：10.1002/cav.1847
Real‐time 3D human pose and motion reconstruction from monocular RGB videos
来源期刊：Computer Animation and Virtual WorldsDOI：10.1002/cav.1887
Coupling agent motivations and spatial behaviors for authoring multiagent narratives
来源期刊：Computer Animation and Virtual WorldsDOI：10.1002/cav.1898
Skeletal mesh animation driven by few positional constraints
来源期刊：Computer Animation and Virtual WorldsDOI：10.1002/cav.1900
An SPH model to simulate the dynamic behavior of shear thickening fluids
来源期刊：Computer Animation and Virtual WorldsDOI：10.1002/cav.1870
Biologically inspired ant colony simulation
来源期刊：Computer Animation and Virtual WorldsDOI：10.1002/cav.1867
A generic framework for editing and synthesizing multimodal data with relative emotion strength
来源期刊：Computer Animation and Virtual WorldsDOI：10.1002/cav.1871
Scale‐aware camera localization in 3D LiDAR maps with a monocular visual odometry
来源期刊：Computer Animation and Virtual WorldsDOI：10.1002/cav.1879
Agent navigation using deep learning with agent space heat map for crowd simulation
来源期刊：Computer Animation and Virtual WorldsDOI：10.1002/cav.1878
A human and group behavior simulation evaluation framework utilizing composition and video analysis
来源期刊：Computer Animation and Virtual WorldsDOI：10.1002/cav.1844
A visual simulation of ocean floating wind power system
来源期刊：Computer Animation and Virtual WorldsDOI：10.1002/cav.1859
Multitask learning on monocular water images: Surface reconstruction and image synthesis
来源期刊：Computer Animation and Virtual WorldsDOI：10.1002/cav.1896
Robust simultaneous localization and mapping in low‐light environment
来源期刊：Computer Animation and Virtual WorldsDOI：10.1002/cav.1895
Investigating cultural aspects in the fundamental diagram using convolutional neural networks and virtual agent simulation
来源期刊：Computer Animation and Virtual WorldsDOI：10.1002/cav.1899
Optimal close‐up views for precise 3D manipulation
来源期刊：Computer Animation and Virtual WorldsDOI：10.1002/cav.1884
A computational approach for spider web‐inspired fabrication of string art
来源期刊：Computer Animation and Virtual WorldsDOI：10.1002/cav.1904
Interaction with proactive and reactive agents in box manipulation tasks in virtual environments
来源期刊：Computer Animation and Virtual WorldsDOI：10.1002/cav.1881
Animating predator and prey fish interactions
来源期刊：Computer Animation and Virtual WorldsDOI：10.1002/cav.1866
Hierarchical planning‐based crowd formation
来源期刊：Computer Animation and Virtual WorldsDOI：10.1002/cav.1875
Editorial issue 30.1
来源期刊：Computer Animation and Virtual WorldsDOI：10.1002/cav.1872
EDITORIAL
来源期刊：Computer Animation and Virtual WorldsDOI：10.1002/cav.1911
Editorial issue 30.2
来源期刊：Computer Animation and Virtual WorldsDOI：10.1002/cav.1876
Game‐ready 3D hair model from a small set of images
来源期刊：Computer Animation and Virtual WorldsDOI：10.1002/cav.1855
Virtual titration laboratory experiment with differentiated instruction
来源期刊：Computer Animation and Virtual WorldsDOI：10.1002/cav.1882
Data‐driven retrieval of spray details with random forest‐based distance
来源期刊：Computer Animation and Virtual WorldsDOI：10.1002/cav.1901
Multiview‐coherent disocclusion synthesis using connected regions optimization
来源期刊：Computer Animation and Virtual WorldsDOI：10.1002/cav.1894
Screwing assembly oriented interactive model segmentation in HMD VR environment
来源期刊：Computer Animation and Virtual WorldsDOI：10.1002/cav.1880
An optimization on water wave diffraction approximation based on wave packets
来源期刊：Computer Animation and Virtual WorldsDOI：10.1002/cav.1886
SRNPD: Spatial rendering network for pencil drawing stylization
来源期刊：Computer Animation and Virtual WorldsDOI：10.1002/cav.1890
Building hierarchical structures for 3D scenes based on normalized cut
来源期刊：Computer Animation and Virtual WorldsDOI：10.1002/cav.1869
Image‐based authoring of herd animations
来源期刊：Computer Animation and Virtual WorldsDOI：10.1002/cav.1903
A time‐based global path planning strategy for crowd navigation
来源期刊：Computer Animation and Virtual WorldsDOI：10.1002/cav.1864
Yet another low‐level agent handler
来源期刊：Computer Animation and Virtual WorldsDOI：10.1002/cav.1891
A multi‐GPU finite element computation and hybrid collision handling process framework for brain deformation simulation
来源期刊：Computer Animation and Virtual WorldsDOI：10.1002/cav.1846
Cascaded network with deep intensity manipulation for scene understanding
来源期刊：Computer Animation and Virtual WorldsDOI：10.1002/cav.1888
Predicting brittle fracture surface shape from a versatile database
来源期刊：Computer Animation and Virtual WorldsDOI：10.1002/cav.1865
Landslide‐generated wave hazard prediction based on multiphase flow model of DualSPHysics
来源期刊：Computer Animation and Virtual WorldsDOI：10.1002/cav.1874
Editorial Issue 30.6
来源期刊：Computer Animation and Virtual WorldsDOI：10.1002/cav.1918
An adaptive character skinning algorithm based on the property of real skin
来源期刊：Computer Animation and Virtual WorldsDOI：10.1002/cav.1868
Disassembling a 3D mechanism for efficient packing
来源期刊：Computer Animation and Virtual WorldsDOI：10.1002/cav.1861
Designing deployable 3D scissor structures with ball‐and‐socket joints
来源期刊：Computer Animation and Virtual WorldsDOI：10.1002/cav.1848
