Search Results - "Xu, HuaXun"

Feature-based adaptive texture visualization for vector field by Xu, HuaXun, Li, SiKun, Zeng, Liang, Cai, Xun

“…An adaptive sparse texture rendering method is proposed to solve for occlusion effects when visualizing 3D flows, building on an extensible fuzzy feature…”
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MCA-Based Animation of Fracturing Heterogeneous Objects by Jiangfan Ning, Huaxun Xu, Bo Wu, Liang Zeng, Sikun Li, Yueshan Xiong

“…Existing techniques for animation of object fracture have a basic assumption that the object materials are homogeneous while most materials in real world are…”
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Modeling and animation of fracture of heterogeneous materials based on CUDA by Ning, Jiangfan, Xu, Huaxun, Wu, Bo, Zeng, Liang, Li, Sikun, Xiong, Yueshan

“…Existing techniques for animation of object fracture are based on an assumption that the object materials are homogeneous while most real world materials are…”
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Direct raycasting of unstructured cell-centered data by discontinuity Roe-average computation by Ma, Qianli, Xu, Huaxun, Zeng, Liang, Cai, Xun, Li, Sikun

“…In the field of computational fluid dynamics (CFD), the upwind finite volume method (FVM) is widely applied to solve 3D flows with discontinuity phenomena…”
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3D flow features visualization via fuzzy clustering by Xu, Huaxun, Cheng, Zhi-Quan, Martin, Ralph R., Li, Sikun

“…A key approach to visualizing a flow field is to emphasize regions with significant behavior. However, it is difficult to give concrete criteria for…”
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Fuzzy Feature Visualization of 3D Vector Field by Information-Entropy-Based Texture Adaptation by Wang, Huaihui, Xu, Huaxun, Zeng, Liang, Li, Sikun

“…Texture adaptation is a challenging issue in tex-ture-based feature visualization. In order to visualize as more information as we can, this paper presents a…”
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Interactive Extraction of Featuresin 3D Flow with Fuzzy Theory by Shen, Enya, Xu, Huaxun, Wang, Wenke, Cai, Xun, Zeng, Liang, Li, Sikun

“…Feature visualization plays an important role in vi-sualization of complicated flows because it can highlight the fea-ture of the flows with a simplified…”
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