RoyiAvital/StackExchangeCodes
RoyiAvital/StackExchangeCodes has 123 GitHub stars and 43 forks. GitHot measured 0 stars in 24 hours. Last checked 2026-11-15 15:44 UTC. Last push 2026-09-13.
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À propos
Codes related to answers on StackExchange Network.
Apprentissage automatiqueREADME.md
OriginalStackExchange Codes
Codes related to answers by Royi Avital on StackExchange Network.
Remark
Please up vote the answers in StackExchange to show support of this work (Don't mass up vote though).
You may also support my work through LibrePay or KoFi.
Licensing
The codes above are for non commercial use only.
They are for educational purposes.
If you're interested in using them otherwise, please contact me at:
.

This work is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License.
To Do List
- The Kernel in the Guided Image Filter.
Try again using the equations in Guided Image Filtering. - Estimate Instantaneous Frequency Using LMS Algorithm.
Check if it works for really low frequencies. - Sequential Form of the Least Squares Estimator for Linear Least Squares Model.
Add derivation for the case of Forgetting Sequential LS and for Weighted Sequential LS. Probably better done in different questions. - Feature Extraction for Image Classification of Vegetables and Fruits Using Classic Computer Vision Techniques.
Create a simple example using MATLAB and some feature extractor. - What is the relationship between beamforming and Independent Component Analysis (ICA).
- Image Processing Pipeline for Segmenting Cell Nuclei.
- Which Discrete Non Linear, Time Invariant Systems with Memory are Considered "Easy" to Model and Identify.
- How to Calculate Gaussian Kernel for a Small Support Size
Suggest doing it in Frequency Domain with a direct calculation on the frequency domain of the kernel.
Related to Constructing a Gaussian Kernel in the Frequency Domain, Is the Discrete Gaussian Kernel an Eigenfunction of the DFT and A Survey of Gaussian Convolution Algorithms. - Unscented Kalman Filter for Tracking Amplitude, Frequency and Phase of a Multi Component Signal.
- ds