• Technion – Israel Institute of Technology
  • The Andrew & Erna Viterbi Faculty of Electrical and Computer Engineering
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    • Prof. Yehoshua Y. Zeevi
    • Prof. Yoav Y. Schechner
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    • – ERC 635537
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Image Enhancement

  • Removing atmospheric turbulence through deep learning

    Design and train an algorithm for removing atmospheric turbulence through deep learning
    Categories: Computer Vision | Image Enhancement
  • Color-Blind Images Transformation

    Conversion of colors of images for color-blindness of type Deuteranopia
    Categories: Image Enhancement
  • Turbulence Simulator

    Atmospheric turbulence simulator using given parameters of user input
    Categories: Applications | Image Enhancement
  • Error Measures for Depth Applications

    Examining different metrics for error measurement in reconstructed depth images
    Categories: 3D and Depth | Image Enhancement
  • 2018w09-fi

    Image Enhancement Using Adaptive Digital Pixel Binning

    Enhancement of images using an own devised Adaptive Pixel Binning algorithm.
    Categories: Image Enhancement
  • Image from: https://www.researchgate.net/figure/225997508_fig1_Figure-1-Examples-of-faces-under-different-lighting-conditions

    Photometric stereo using a computer screen and webcam

    Photometric stereo using a computer screen and webcam
    Categories: 3D and Depth | Applications | Image Enhancement
  • Low-Light Image Enhancement Using Adaptive Digital Pixel Binning

    Implement a low light camera by a smart pixel binning method.
    Categories: Image Enhancement
  • Turbulence Tomography

    Turbulence creates refractive perturbations to light passing through a scene which causes random distortions when imaging background objects. A simple example we are experience on daily basis is refraction through glass of water or distortions above a road on a hot day
    Categories: Image Enhancement
  • Compression & Enhancement of Medical US Images

    Improved ultrasound image compression ratios whilst preserving the diagnostic information of the images. Speckle noise reduction in order to improve the diagnostability of the image.
    Categories: Image Enhancement | Medical Imaging
  • Combining Fractal Model in Sparsity Based Image Processing Methods

    Implementation of sparsity based image processing methods on naturel texture image with stochastic features for the purpose of noise filtering and reconstruction of blur.
    Categories: Computer Vision | Image Enhancement

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