Search
Code Directory
 ASP
 ASP.NET
 C/C++
 CFML
 CGI/PERL
 Delphi
 Development
 Flash
 HTML
 Java
 JavaScript
 Pascal
 PHP
 Python
 SQL
 Tools
 Visual Basic & VB.NET
 XML
New Code
ODBC Driver for NetSuite 1.2
Rapid CSS 2018 15.0
ByteScout PDF Extractor SDK 9.0.0.3079
TeeGrid for .NET 2018
HotelDruid 2.2.3
Metamill 8.2.2022
EXE Stealth Protector 4.23
EXE Bundle - The file joiner 3.14
WeBuilder 2018 15.0
SuiteCRM Customer Portal 1.0
Magento Admin Mobile App 1.0
AnyStock Stock and Financial JS Charts 8.2.0
Kijiji Script 1.0.3
SSIS Data Flow Components 1.7
ODBC Driver for Amazon Redshift 1.0
Top Code
ODBC Driver for NetSuite 1.2
Calculate PSD of a signal using Welch algorithm 1.0
PHP Image Resize Script 1.0
Restaurant Table Reservation System 1.0
Interfun Chat Server 1.0.26
Active noise control system using FxLMS algorithm 1.0
T-Shirt Designer Script 1.65
Issue Manager App 1.0
Circular convolution using DCT and DST 1.0
Simulink Support Package for Arduino Mega Hardware 1.0
Moon Position 1.0
Meeting Room Scheduler System 3.7.5
LAPJV - Jonker-Volgenant Algorithm for Linear Assignment Problem 1.0
EC HYIP 1.0
Resume Builder Script 1.0.4
Top Rated
Output Messenger 1.8.0
Aliexpress Clone- Ec21 Script 1
Indiegogo Clone 3.0
PHP Image Resize Script 1.0
Best Spotify Clone 1.0
Get Random Record Based on Weight 1.0.0
Travel Portal Script 9.29
Magento Product Designer 1.0
OFOS - Just Eat Clone Script 1.0
PrestaShop Upload Images Module 1.2.1
Trading Software 1.2.4
Deals and Discounts Website Script 1.0.2
Readymade MLM Products 2.01
ADO.NET Provider for ExactTarget 1.0
Solid File System OS edition 5.1
Berkeley Wavelet Transform 1.0
File ID: 85731






Berkeley Wavelet Transform 1.0
Download Berkeley Wavelet Transform 1.0http://willmore.euReport Error Link
License: Shareware
File Size: 10.0 KB
Downloads: 66
Submit Rating:
Berkeley Wavelet Transform 1.0 Description
Description: The Berkeley Wavelet Transform (BWT) comprises four pairs of mother wavelets at four orientations. Within each pair, one wavelet has odd symmetry, and the other has even symmetry. By translation and scaling of the whole set (plus a single constant term), the wavelets form a complete, orthonormal basis in two dimensions.

The BWT shares many characteristics with the receptive fields of neurons in mammalian primary visual cortex (V1). Like these receptive fields, BWT wavelets are localized in space, tuned in spatial frequency and orientation, and form a set that is approximately scale invariant. The wavelets also have spatial frequency and orientation bandwidths that are comparable with biological values.

Although the classical Gabor wavelet model is a more accurate description of the receptive fields of individual V1 neurons, the BWT has some interesting advantages. It is a complete, orthonormal basis and is therefore inexpensive to compute, manipulate, and invert. These properties make the BWT useful in situations where computational power or experimental data are limited, such as estimation of the spatiotemporal receptive fields of neurons.

See http://dx.doi.org/10.1162/neco.2007.05-07-513 for more details, or:
Willmore B, Prenger RJ, Wu MC and Gallant JL (2008a). The Berkeley Wavelet Transform: A biologically-inspired orthogonal wavelet transform. Neural Computation 20:6, 1537d-deOCt1564

License: Shareware

Related: inexpensive, advantages, interesting, Compute, manipulate, Properties, Invert, Individual

O/S:BSD, Linux, Solaris, Mac OS X

File Size: 10.0 KB

Downloads: 66



More Similar Code

This article consists of a brief discussion of the energy density over time or frequency that is obtained with the wavelet transform. Also an efficient algorithm is suggested to calculate the continuous transform with the Morlet wavelet. The energy values of the Wavelet transform are compared with the power spectrum of the Fourier transform. Useful definitions for power spectra are given. The focus of the work is on simple measures to evaluate...



Image compression using wavelet transform

*wavelet transform give better information about non-stationary signals in time domain



Wavelet transform for image coding
Wavelet transform related functions specifically designed to be used as a tool for image/video compression. The core of the toolbox consists of one-dimensional (1D) wavelet analysis and synthesis functions....



This demo works on only the Approximate region of the Wavelet Transform



The library includes compiled FIR filters, redundant and non redundant wavelet transform with dynamically sized channels, with applications to denoising and differentiation.



MGWT: Identification of protein coding regions using the Modified
Gabor-wavelet transform.

Sequence of test:
F56F11.4.fasta (included into the zip file)
http://www.ncbi.nlm.nih.gov/entrez/viewer....de&val=AF099922



This collection of files is an extension of the wavelet software package originally written by Torrence and Compo (http://paos.colorado.edu/research/wavelets/software.html)

The main functions are:

1. contwt.m: (continuous...



The code implements the following paper:

Guorong Xuan, Jiang Zhu, Jidong Chen, Shi Y.Q., Zhicheng Ni, Wei Su, "Distortionless data hiding based on integer wavelet transform" IET Electronics Letters, Volume: 38, Issue 25, page...



the current version includes:

hwt.m: harmonic wavelet transform
whwt:windowed harmonic wavelet transform
Gabor_wt: Gabor wavlet transform


test_simple.m:
phase estimation on needed frequency band by...



This function searches the interior of a signal in an attempt to find a segment that may be used in order to make the signal quasi-periodic. This can be used to reduce the influence of end effects on analyses such as the Hilbert Transform, the...

User Review for Berkeley Wavelet Transform
- required fields
     

Please enter text on the image