#FileExchange File Exchange Pick of the Week: Wavelet Tech Talks – MATLAB Code Files
https://ift.tt/2IwH6fg
  
  https://ift.tt/2IwH6fg
File Exchange Pick of the Week
  
  Wavelet Tech Talks – MATLAB Code Files
  Sean's pick this week is Wavelet Tech Talks - MATLAB Code Files by Kirthi Devleker. 
       
    
 
Ever wonder what a wavelet is or what the MathWorks'
  Ever wonder what a wavelet is or what the MathWorks'
#FileExchange File Exchange Pick of the Week: Manage Simulink Data Variations with simulinkParser
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  https://ift.tt/2Lu4UCy
File Exchange Pick of the Week
  
  Manage Simulink Data Variations with simulinkParser
  Greg's pick this week is simulinkParser by Tigran Mkhoyan.How do you manage different simulation scenarios in your Simulink models?Tigran provides a simple semantic language to describe how specific blocks in a Simulink model are to be configured, and apply…
  Forwarded from IFTTT
MATLAB Recipes for Earth Sciences: Calculating NDVI Maps from Sentinel-2 Data with MATLAB
https://ift.tt/2Jx8kqR
  https://ift.tt/2Jx8kqR
MATLAB – Nick Higham: What’s New in MATLAB R2018a?
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  https://ift.tt/2lkNjBa
Nick Higham
  
  What’s New in MATLAB R2018a?
  MATLAB R2018a was released in March 2018. With each biannual release I try to give a brief overview of the changes in MATLAB (not the toolboxes) that are of most interest to me. These are not compr…
  Forwarded from RSS
getDepth(latitude, longitude)
http://ww2.mathworks.cn/matlabcentral/fileexchange/57174-getdepth-latitude--longitude-/?s_tid=ILM2FXsub
  
  http://ww2.mathworks.cn/matlabcentral/fileexchange/57174-getdepth-latitude--longitude-/?s_tid=ILM2FXsub
ww2.mathworks.cn
  
  getDepth(latitude, longitude) - File Exchange - MATLAB Central
  Obtain seabed depth at any location using high-resolution GMRT database
  Forwarded from IFTTT
#MATLAB小课堂# Loren博客中用到的Live Editor,花2分钟了解下? http://t.cn/RrOiNOM 
Media https://ift.tt/2Ke6Odo #MATLAB小课堂# Loren博客中用到的L...
  Media https://ift.tt/2Ke6Odo #MATLAB小课堂# Loren博客中用到的L...
Matlab获取文献中的colorbar
http://bbs.06climate.com/forum.php?mod=viewthread&tid=19108
  http://bbs.06climate.com/forum.php?mod=viewthread&tid=19108
MATLAB TIPS via @bold
Stochastic Calculus with Matlab examples
https://sites.google.com/uniupo.it/stochasticcalculus/home
  
  https://sites.google.com/uniupo.it/stochasticcalculus/home
Google
  
  created by Gianluca Fusai
  
  https://github.com/kakearney/boundedline-pkg
画这种图 https://raw.githubusercontent.com/kakearney/boundedline-pkg/master/readmeExtras/README_02.png
  
  画这种图 https://raw.githubusercontent.com/kakearney/boundedline-pkg/master/readmeExtras/README_02.png
GitHub
  
  GitHub - kakearney/boundedline-pkg: Plot line(s) with error bounds/confidence intervals/etc. in Matlab
  Plot line(s) with error bounds/confidence intervals/etc. in Matlab - kakearney/boundedline-pkg
  
  MATLAB TIPS
Photo
MATLAB Central - File Exchange - rating:3 screenshot:yes
ecg-kit
This toolbox is a collection of Matlab tools that I used, adapted or developed during my PhD and post-doc work with the Besicos group at University of Zaragoza, Spain and at the National Technological University of Buenos Aires, Argentina. The ecg-kit has tools for reading, processing and presenting results. The main feature of the this toolbox is the possibility to use several popular algorithms for ECG processing, such as:
- Algorithms from Physionet's WFDB software package
- QRS detectors, such as gqrs, wqrs, wavedet, ecgpuwave, Pan & Tompkins, EP limited
- Wavedet ECG delineator
- Pulse wave detectors as wabp and wavePPG
- a2hbc and EP limited heartbeat classifiers.
And other scritps for inspecting, correcting and reporting all these results.
  ecg-kit
This toolbox is a collection of Matlab tools that I used, adapted or developed during my PhD and post-doc work with the Besicos group at University of Zaragoza, Spain and at the National Technological University of Buenos Aires, Argentina. The ecg-kit has tools for reading, processing and presenting results. The main feature of the this toolbox is the possibility to use several popular algorithms for ECG processing, such as:
- Algorithms from Physionet's WFDB software package
- QRS detectors, such as gqrs, wqrs, wavedet, ecgpuwave, Pan & Tompkins, EP limited
- Wavedet ECG delineator
- Pulse wave detectors as wabp and wavePPG
- a2hbc and EP limited heartbeat classifiers.
And other scritps for inspecting, correcting and reporting all these results.