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  • Lecture 4: Latent Diffusion Models and latest architectures

  • Lecture 3: Denoising Diffusion Probabilistic Models

  • Lecture 2: Variational AutoEncoders

  • Lecture 1 - CSE 555: Essence of Generative AI

    Invited Guest Lecture - CSE 555 Pattern Recognition - Spring 2025

  • Prompt Inversion using Diffusion LLMs

  • Lectures 15,16,17: Diffusion Models

  • Oral Qualifying Exam - Naresh

    My PhD Oral Qualifying Exam slides

  • Lectures 13,14 : AutoEncoders, VAEs, CVAEs, GANs, CGANs

  • Lecture 12: Intro to GenAI: Data Distribution

  • Lecture 10,11: Learning-based (Data driven) Computer Vision with Neural Networks

  • Lecture 9: Feature Detection and Extraction

  • Lectures 6,7,8: Stereo Vision and Depth Estimation

  • Lecture 5: Image Processing (Fourier Domain)

  • Lecture 4: Image Processing (Image Transformations)

  • Lectures 2,3 : Image Formation and the Pinhole Camera

  • Lecture 1: What is an Image?

    naresh-ub.github.io/cvip/lectures/lecture-1.html

  • Convolutional Neural Networks

    Invited Guest Lecture - CSE 573 CVIP - Spring 2025

  • Lecture 0: Course Logistics and Syllabus

    naresh-ub.github.io/cvip-summer25/syllabus.html

  • Unlearnable Samples in Diffusion Models

    Work accepted at ACM MM 2025 🎉

  • Your Text Encoder can be an Object-Level Watermarking Controller

    Work accepted at ICCV 2025 🎉