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Efficient Bayesian inference with Hamiltonian Monte Carlo -- Michael Betancourt (Part 1)

Michael Betancourt's lecture at MLSS Iceland 2014 on efficient Bayesian inference with Hamiltonian Monte Carlo. It covers MCMC concepts and motivation and the problems of sampling in high-dimensional distributions.

Why HN readers recommended it

HN people return to it as a clear primer on MCMC and HMC and on why high dimensions behave counterintuitively.

This is a summary from the source dataset, not an endorsement by Hacker News or the video creator.

Video & recommendation details

Creator / channel
MLSS Iceland 2014
Topic
hamiltonian monte carlo
Format
lecture
Level
advanced
HN recommenders in dataset
3
HN mentions in dataset
3
Recommendation years in dataset
2017–2024

These counts and years describe the included Hacker News records; they are not YouTube views or the video’s publication date.

From the original HN conversations

Excerpts from the recorded comments. Follow each source for the full comment and surrounding discussion.

  • Recently watched this on Hamiltonian Monte Carlo, and it was a fantastic primer on the basic concepts and motivations of mcmc, and later hmc [VIDEO]

    leecarraher on Hacker News · 2022-10
    In Markov chain Monte Carlo without the bullshit (2015)
  • This is an interesting take and kudos to the author for relaying a helpful way to think about high dimensional distributions. I really like and often come back to this talk by Michael Betancourt where the theme is quite similar: [VIDEO]

    srs70187 on Hacker News · 2017-11
    In Gaussian Distributions Are Soap Bubbles
  • Not an expert in this field, but I'm guessing this is related to unintuitive nature of geometry in high-dimensional spaces. One rough example I can think of is the fact that the number of ways to move away from the origin increases exponentially (or even …

    euW3EeBe on Hacker News · 2024-05
    In Gradient descent visualization

Summaries, classifications and recommendation records are from the HackerTube source dataset. Read about this library and its limitations.