Diffusion Seminar

2026 Summer seminar on The Principles of Diffusion Models by Lai, Song, Kim, Mitsufuji, and Ermon.

We read one chapter per week, starting July 6.

  1. Week 1 : Variational Perspective: From VAEs to DDPMs

    Myeonggeum KoJul 6, 2026

    This chapter develops the variational view of diffusion models, beginning with the variational autoencoder (VAE) and building up to the denoising diffusion probabilistic model (DDPM).

    Open Session
  2. Week 2 : Score-Based Perspective: From EBMs to NCSN

    Kyeongtae KoJul 13, 2026

    This chapter traces the score-based view of generative modeling, moving from energy-based models (EBMs) to score-based generative models.

    Open Session
  3. Week 3 : Diffusion Models Today: Score SDE Framework

    Heejoon ByunJul 20, 2026

    This chapter presents the Score SDE framework that underpins modern diffusion models, casting the forward and reverse processes as stochastic differential equations with a matching probability-flow ODE.

    Open Session
  4. Week 4 : Flow-Based Perspective: From NFs to Flow Matching

    Gunwoo ChoJul 27, 2026

    This chapter introduces the flow-based view, connecting normalizing flows and neural ODEs to the flow matching framework.

    Open Session
  5. Week 5 : A Unified and Systematic Lens on Diffusion Models

    Sungwoo ParkAug 3, 2026

    This chapter brings the variational, score-based, and flow-based perspectives together, showing how they share a common backbone and are largely equivalent.

    Open Session
  6. Week 6 : Guidance and Controllable Generation

    Yoonseo ChoiAug 10, 2026

    This chapter covers how to steer diffusion models toward desired outputs.

    Open Session
  7. Week 7 : Sophisticated Solvers for Fast Sampling

    Jikwang KimAug 17, 2026

    This chapter studies advanced numerical solvers that accelerate sampling from diffusion models.

    Open Session
  8. Week 8 : Distillation-Based Methods & Learning Fast Generators from Scratch

    Dayeon YoonAug 24, 2026

    This session covers two complementary routes toward fast diffusion-based generators.

    Open Session