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ComputerVision_Toolkit 💻

Web-based app that implements computer vision concepts.


Contents:

Overview

This project was done on 4 stages each with its own features as follows:

1. Task 1:

  • Add different noise types and apply different filtering methods.
  • Do histogram equalization and normalization to both RGB & Gray image histograms.
  • Hybrid image.
  • Apply different Edge detection techniques.

2. Task 2:

  • Hough Transform.
  • Snake active image contouring.

3. Task 3:

  • Harris corner detection.
  • SIFT Matching.
  • sum of differences SSD.

4. Task 4:

  • Diferent Segmentation techniques.
  • Different Thresholding algorithms Local&Global

Requirements

Flask==2.2.2
matplotlib==3.6.1
numpy==1.22.4
opencv_python==4.6.0.66
scipy==1.10.1
skimage==0.0

Front-end => vanillaJS, CSS and HTML
Back-end => Flask

Task1

  1. Apply image Filters: Median , Gaussian , Averaging , Low-pass and High-pass
  2. Add different noise to the image: Uniform , Gaussian and Salt-Pepper
  3. Apply histogram Equalization and view RGB & Gray histogram
  4. apply Low & High pass filters to two images and show their Hybrid image
  5. apply different Edge detection methods: Sobel , Canny , Roberts , Prewitt
  6. Apply Local & Global Thresholding
Median filter alt text
Gaussian filter alt text
Averaging filter alt text
Low pass filter alt text
High pass filter alt text
S&P Noise alt text
Hybrid alt text
Sobel edge detection alt text
Canny edge detection alt text
Roperts edge detection alt text
Prewitt edge detection alt text
Local thresholding alt text
Global thresholding alt text
Histogram alt text

Task2

  1. Apply Hough Transform lines,circles & ellipses
  2. Apply active Snake contouring
Line alt text
Circle alt text
Ellipse alt text
Snake contour alt text

Task3

  1. Harris corner detection
  2. SIFT
  3. SSD
Harris alt text
SIFT alt text
SSD alt text

Task4

  1. Apply Kmeans, Mean shift,Region Growing and Agglomerative Segmentation techniques
  2. Apply Otsu , Spectral and Optimal Thresholding
K-means alt text
Mean shift alt text
Region Growing alt text
Agglomerative alt text
Ostu alt text
Spectral alt text
Optimal alt text

Project Submitted by 3rd year SBME2024 students 💉:

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Web-based Computer vision toolkit.

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