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Segmentation and Texture-based Hierarchical Rendering Techniques for Large-scale Real-color Biomedical Image Data

机译：大规模实色生物医学图像数据的分割和基于纹理的分层渲染技术

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Joerg Meyer; Ragnar Borg; Ikuko Takanashi; Eric B. Lum; Bernd Hamann;
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年度 2003
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1. A hierarchical method based on active shape models and directed Hough transform for segmentation of noisy biomedical images; application in segmentation of pelvic X-ray images [J] . Rebecca Smith, Kayvan Najarian, Kevin Ward BMC Medical Informatics and Decision Making . 2009,第SUPPLEMENTa1期

机译：基于主动形状模型和定向霍夫变换的分层方法，用于噪声生物医学图像的分割;在骨盆X线图像分割中的应用
2. Two robust techniques for segmentation of biomedical images [J] . Ana G. Suárez, Ebroul Izquierdo, Patricio J. Castillo, Computacion y Sistemas . 2006,第4期

机译：两种强大的生物医学图像分割技术
3. Artifact removal and texture-based rendering for visualization of 3D fetal ultrasound images [J] . Shyh-Roei Wang, Yung-Nien Sun, Fong-Ming Chang Medical and Biological Engineering and Computing . 2008,第6期

机译：去除伪影和基于纹理的渲染以可视化3D胎儿超声图像
4. Segmentation and texture-based hierarchical rendering techniques for large-scale real-color biomedical image data [C] . Joerg Meyer, Ragnar Borg, Ikuko Takanashi, Dagstuhl Seminar on Scientific Visualization . 2003

机译：基于分割和基于纹理的分层渲染技术，用于大型真实彩色生物医学图像数据
5. Texture-based segmentation and finite element mesh generation for heterogeneous biological image data. [D] . Gudla, Prabhakar Reddy. 2005

机译：异质生物图像数据的基于纹理的分割和有限元网格生成。
6. A hierarchical method based on active shape models and directed Hough transform for segmentation of noisy biomedical images; application in segmentation of pelvic X-ray images [O] . Rebecca Smith, Kayvan Najarian, Kevin Ward 2009

机译：一种基于主动形状模型和定向霍夫变换的分层方法用于分割嘈杂的生物医学图像；在骨盆X线图像分割中的应用
7. A hierarchical method based on active shape models and directed Hough transform for segmentation of noisy biomedical images; application in segmentation of pelvic X-ray images [O] . 2009

机译：一种基于主动形状模型和定向霍夫变换的分层方法，用于分割嘈杂的生物医学图像；在骨盆X线图像分割中的应用

Segmentation and Texture-based Hierarchical Rendering Techniques for Large-scale Real-color Biomedical Image Data

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