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*[[Using MIPAV Algorithms]] *[[Cost functions used in MIPAV algorithms]]

[[Category:Help:Algorithms]]

# Select Algorithms > Transformation tools > Transform to power of 2; *[[Transform: Conformal Mapping Algorithms]]

MIPAV allows you to keep a history of all of the actions, including algorithms and utilities, that

== MIPAV Algorithms Overview == * Run sophisticated, predefined algorithms and generate a log of each algorithm run for each image

# Select Algorithms > Reslice-Isotropic Voxels. The Reslice dialog box (Figure 2) opens. [[Category:Help:Algorithms]]

...orithms, such as Gaussian blur, Laplacian, threshold, and watershed. These algorithms and others are addressed in detail in volume 2 of the <span style="font-wei

# Select Algorithms &gt; Segmentation&gt; Threshold in the MIPAV window. The Threshold dialog b [[Category:Help:Algorithms]]

# Select Algorithms&gt;Transformation tools &gt; Subsample. The Subsample dialog box (Figure 2) [[Category:Help:Algorithms]]

* Navigate to Algorithms > Filters (wavelet) > Denoising BLS GSM. [[Category:Help:Algorithms]]

...r Guide on the MIPAV web site:{http://mipav.cit.nih.gov/documentation/HTML Algorithms/FiltersWaveletThresholding.html} ] # Navigate to Algorithms &gt; Filters Wavelet &gt; Thresholding.

** [[MIPAV_Help#MIPAV_Algorithms | MIPAV Algorithms]]

...e; vertical-align: baseline"><font color="#000000"> 2 Select Plug-In &gt; Algorithms &gt; FANTASM. The FANTASM dialog box opens. ...ransform: none; vertical-align: baseline"><font color="#000000"> 2 Select Algorithms &gt; Segmentation&gt; Fuzzy C-Means &gt; Single Channel in the MIPAV window

...duplicate of the dataset and any information stored on the image, utility, algorithms, VOI, and paint layers.<br />

...ts detailed information about the purpose, background, and function of the algorithms packaged with MIPAV and gives instructions for using them.<br /></font></di === Volume 2, Algorithms ===

...ich completely bound an object. Currently, MIPAV offers two edge detection algorithms: Zero X Laplacian. and Edge Detection: Zero X Non-Maximum Suppression. ...ponds to edges. To learn more about Marching Squares, refer to Volume 2, ''Algorithms'', "Extract Surface (Marching Cubes)".

*Select Algorithms > AutoCorrelation Coefficients in the MIPAV window. The AutoCorrelation Coe [[Category:Help:Algorithms]]

Algorithms &gt; FANTASM<br /> Algorithms &gt; TalairachTransform<br />

...the image to remove noise if needed, use the algorithms available via the Algorithms > Filters (spatial) menu, e.g. [[Filters (Spatial): Adaptive Noise Reductio *In the MIPAV window, select Algorithms > Segmentation >Watershed. The Watershed dialog box appears.

* [[Using_MIPAV_Algorithms|Supported algorithms]]