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[GDI-BitmapMedeical_Image

Description: 一个用于MRI和CT图像检索的程序,使用了SVM分类算法和AdaptBoost自适应增强算法。-for an MRI and CT image retrieval procedures, the use of SVM classification algorithm and AdaptBoost adaptive enhancement algorithms.
Platform: | Size: 15692258 | Author: chenxin | Hits:

[GDI-BitmapMedeical_Image

Description: 一个用于MRI和CT图像检索的程序,使用了SVM分类算法和AdaptBoost自适应增强算法。-for an MRI and CT image retrieval procedures, the use of SVM classification algorithm and AdaptBoost adaptive enhancement algorithms.
Platform: | Size: 15691776 | Author: chenxin | Hits:

[Waveletsom

Description: MRI Brain Tumour Classification - SOM ( Self Organized Map)-MRI Brain Tumour Classification- SOM ( Self Organized Map)
Platform: | Size: 371712 | Author: sunda | Hits:

[matlabPCA_classifier

Description: A basic PCA classifier is provided here for a two class classification problem. An example is given, with some multimodal MRI scans from Multiple Sclerosis patients, in which the brain lesions of two patients are annotated and in the third are detected by the PCA model.
Platform: | Size: 1327104 | Author: AhmedMrc | Hits:

[matlabMRI-tech

Description: 磁共振成像仪的基本硬件,脉冲序列的基本概念和分类,MRI常规质控指标,MRI的优缺点-Magnetic resonance imaging of the basic hardware, pulse sequence and classification of the basic concepts, MRI routine quality control indicators, MRI of the advantages and disadvantages
Platform: | Size: 954368 | Author: liaozw | Hits:

[matlabClassifiers

Description: it is mri image classification
Platform: | Size: 3324928 | Author: rekoba | Hits:

[Bio-RecognizeFuzzy-classification

Description: Fuzzy classification of brain MRI using a priori knowledge weighted fuzzy C-means
Platform: | Size: 670720 | Author: Senthil | Hits:

[matlabMRI-simulation-based-evaluation-

Description: 基于图像处理的MRI模拟,科学研究很有用-MRI simulation-based evaluation of image-processing and classification methods
Platform: | Size: 1192960 | Author: dangzhaozhao | Hits:

[Picture Viewerthmogenr

Description: resonance imaging (MRI) data and estimation of intensity inhomogeneities using fuzzy logic. MRI intensity inhomogeneities can be attributed to imperfections in the radio-frequency coils or to problems associated with the acquisition sequences. The result is a slowly varying shading artifact over the image that can produce errors with conventional intensity- based classification. Our algorithm is formulated by modifying the objective function of the standard fuzzy c-means (FCM) algorithm to compensate for such inhomogeneities and to allow the labeling of a pixel (voxel) to be influenced by the labels in its immediate neighborhood. The neighborhood effect acts as a regularizer and biases the solution toward piecewise-homogeneous labelings. Such a regularization is useful in segmenti
Platform: | Size: 227328 | Author: yangs | Hits:

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