Description: IM is a toolkit for Digital Imaging. IM is based on 4 concepts: Image Representation, Storage, Processing and Capture. The main goal of the library is to provide a simple API and abstraction of images for scientific applications. The most popular file formats are supported: TIFF, BMP, PNG, JPEG, GIF and AVI. Image representation includes scientific data types. About a hundred Image Processing operations are available. This work was developed at Tecgraf/PUC-Rio by means of the partnership with PETROBRAS/CENPES. The IM Team: Antonio Esca駉 Scuri Tecgraf - Computer Graphics Technology Group, PUC-Rio, Brazil http://www.tecgraf.puc-rio.br/im-IM is a toolkit for Digital Imaging. IM is based on four concepts : Image Representation, Storage and Processing and Capture. The main goal of the library is to provide a simple API and abstraction of images for scientific applications. The most popular file formats are supported : TIFF, BMP, PNG, JPEG, GIF and AVI. Image representation includes scientific data types. About a hundred Image Processing operations are available. This work was developed at Tecgraf / PUC-Rio by means of the partnership with CIRM / CENPES . The IM Team : Antonio Esca Jiong Scuri Tecgraf-Computer Graphics Technology Group, PUC-Rio, Brazil http://www.tecgraf.puc-rio.br/im Platform: |
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Author:jjqcat |
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Description: IM is a toolkit for Digital Imaging. IM is based on 4 concepts: Image Representation, Storage, Processing and Capture. The main goal of the library is to provide a simple API and abstraction of images for scientific applications. The most popular file formats are supported: TIFF, BMP, PNG, JPEG, GIF and AVI. Image representation includes scientific data types. About a hundred Image Processing operations are available. This work was developed at Tecgraf/PUC-Rio by means of the partnership with PETROBRAS/CENPES. The IM Team: Antonio Esca駉 Scuri Tecgraf - Computer Graphics Technology Group, PUC-Rio, Brazil http://www.tecgraf.puc-rio.br/im-IM is a toolkit for Digital Imaging. IM is based on four concepts : Image Representation, Storage and Processing and Capture. The main goal of the library is to provide a simple API and abstraction of images for scientific applications. The most popular file formats are supported : TIFF, BMP, PNG, JPEG, GIF and AVI. Image representation includes scientific data types. About a hundred Image Processing operations are available. This work was developed at Tecgraf/PUC-Rio by means of the partnership with CIRM/CENPES . The IM Team : Antonio Esca Jiong Scuri Tecgraf-Computer Graphics Technology Group, PUC-Rio, Brazil http://www.tecgraf.puc-rio.br/im Platform: |
Size: 4096 |
Author: |
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Description: Non Photo realistic rendering of images based on paper "Stylization and Abstraction of Photographs" by Doug DeCarlo and Anthony Santella Platform: |
Size: 2330624 |
Author:sandeepan1986 |
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Description: )l提出面向遥感图像处理软件的体系结构:以遥感图像应用领域软件体系结构风格为主，兼有层次结构风格和数据抽象与面向对象组织风格的特点。在详细讨论图像数据表示方式的基础上，通过深入分析遥感图像数据在显示过程中所遇到的问题及其相应的技术解决方案，为图像显示库设计了图像显示模型、坐标变换模型和透明图像的显示模型。
提出了以分块分层结构来加快海量图像数据处理的方法，并针对海量图
像数据变换域算法的速度问题，提出以分块处理策略、优化读写操作和
并行处理相结合的方法。
建立了栅格图像数据处理和矢量图形处理的一体化框架，为RS软件和
GIS软件的一体化处理找出了一条可行之路，并将其成功应用到工程实践中 提出了一种新的und。与rde。机制，为具有复杂功能的人机交互系统建立了一种可以借鉴的设计模式。-) l for remote sensing image processing software put forward the system structure of: to the remote sensing image application field software architecture style is given priority to, with hierarchical structure style and data abstraction and object-oriented organization style characteristic. In detailed discussion image data on the basis of means, through in-depth analysis in remote sensing image data display of the problems encountered and their corresponding technical solution, for the images show the image display model library design, coordinate transformation model and transparent image display model. Puts forward to block layered structure to speed up the mass data processing method of image, and in the light of mass figure Platform: |
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Author:tigerwoods |
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Description: 。对不同标志图案识别问题，提出了连通域数量判别法和模板匹配
法。实验结果表明，所提方法能较好地识别人工标志，为实现虚实场景的实时融合打下了基础。-reality．A method to recognize mark area by connectivity area abstraction of the binary image which includes marks，is presented．
According to different mark pattern recognition．a method based on the number of connectivity ar哪of the paRem and ameth—
od based on template match ar}e presented．The result pmves the methods presented call recognize the marks accurately．which gets
prepared for the real time synthesis of the virtual and the real． Platform: |
Size: 1212416 |
Author:chen |
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Description: 通过二维图抽象的DCT变换，取前n和系数进行重构得到的图像进行显示-Two-dimensional map by abstraction of DCT, take the first coefficient n and displays the image reconstructed by Platform: |
Size: 1024 |
Author:gaoshou7126 |
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Description: CARTOON Image abstraction using bilateral filtering.
This function uses the bilateral filter to abstract
an image following the method outlined in:
Holger Winnemoller, Sven C. Olsen, and Bruce Gooch.
Real-Time Video Abstraction. In Proceedings of ACM
SIGGRAPH, 2006. -CARTOON Image abstraction using bilateral filtering.
This function uses the bilateral filter to abstract
an image following the method outlined in:
Holger Winnemoller, Sven C. Olsen, and Bruce Gooch.
Real-Time Video Abstraction. In Proceedings of ACM
SIGGRAPH, 2006. Platform: |
Size: 1024 |
Author:Eldhose |
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Description: RUNDEMO Illustrates the use of BFILTER2 and CARTOON.
This demo shows typical usage for the bilateral
filter implemented by BFILTER2. The application
of bilateral filtering to image abstraction is
demonstrated by the CARTOON function.
Douglas R. Lanman, Brown University, September 2006.
dlanman@brown.edu, http://mesh.brown.edu/dlanman
- RUNDEMO Illustrates the use of BFILTER2 and CARTOON.
This demo shows typical usage for the bilateral
filter implemented by BFILTER2. The application
of bilateral filtering to image abstraction is
demonstrated by the CARTOON function.
Douglas R. Lanman, Brown University, September 2006.
dlanman@brown.edu, http://mesh.brown.edu/dlanman
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Size: 1024 |
Author:Eldhose |
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Description: Thisprogram shows typical usage for the bilateral filter implemented by BFILTER2. The application of bilateral filtering to image abstraction is demonstrated by the CARTOON function.-Thisprogram shows typical usage for the bilateral filter implemented by BFILTER2. The application of bilateral filtering to image abstraction is demonstrated by the CARTOON function. Platform: |
Size: 119808 |
Author:pourya |
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Description: SkImage is an abstraction for drawing a rectagle of pixels, though the particular type of image could be actually storing its data on the GPU, or as drawing commands (picture or PDF or otherwise), ready to be played back into another canvas.
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Size: 3072 |
Author:xznonmo |
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