Talia

 

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Files Tagged by Talia					1 - 1 of 1
Updated		File	Tags	Downloads (last 30 days)	Comments	Rating
27 Jun 2009		Toolbox Wavelets Wavelet transform and coding functions, including other more exotic transforms (laplacian, steerable Author: Gabriel Peyre	a trou, wavelets, time frequency, multiresolution, laplacian pyramid, steerable	147	20	4.1875 4.2 | 17 ratings

Comments and Ratings Matching Talia's Watch List			1-5 of 29
Date	File	Comment by	Comments	Rating
23 Mar 2011	Comparing Time Series using Semblance Analysis This program shows the correlation between two datasets as a function of both time and wavelength.	James		5
01 Dec 2010	Toolbox Wavelets Wavelet transform and coding functions, including other more exotic transforms (laplacian, steerable	Alex Jansen	When I trie to compile the file, I get an error even after commenting line 8 to 58. Can somebody help me to compile the file This is the error: >> compile_mex ---> Compiling wavelet transforms mex files. C:\PROGRAM FILES\MATLAB704\BIN\WIN32\MEX.PL: Error: 'mex/perform_79_transform.cpp' not found. ??? Error using ==> mex Unable to complete successfully Error in ==> compile_mex at 62 mex mex/perform_79_transform.cpp	4
12 Dec 2009	Comparing Time Series using Semblance Analysis This program shows the correlation between two datasets as a function of both time and wavelength.	Bryan	A very nice method for comparison. In your Computers & Geosciences paper from 2008 you included dot product plots for some of the time series but the code for these plots is not included above. Could you give any pointers on implementing this code? Thanks.	5
21 Nov 2009	Toolbox Wavelets Wavelet transform and coding functions, including other more exotic transforms (laplacian, steerable	Raymond Cheng	Thanks for your nice toolbox.	5
19 Nov 2009	Toolbox Wavelets Wavelet transform and coding functions, including other more exotic transforms (laplacian, steerable	Amardeep Singh	Hi, Thanks a lot for this toolbox. Is it possible to access the details (D) in a translation-invariant wavelet transform (TIWT)? So that, for example, for a TIWT of depth 3: signal = D1 + D2 + D3 + A3? I had a look at the code but could not figure out how to do it. Thanks a lot! Amardeep	Comment only