I'll be attending #ICML2024 to present our paper "Improving Adversarial Energy-Based Model via Diffusion Process" in poster session 4(Wed 24 Jul 1:30 p.m.), if you are also interested in EBM, do stop by and chat with me!
preprint: https://t.co/jTszOrnPyP
Excited to share our oral presented work in NeurIPS2022 "Adaptive Multi-stage Density Ratio Estimation for Learning Latent Space Energy-based Model": https://t.co/tLWSlAU26p. Latent EBM is learned through multiple stages of density ratios via NCE (no mcmc). #NeurIPS2022#ebms
Glad to share our recent ECCV work on learning multi-layer latent variable model via short run MCMC. The model is also deeply rooted in our previous work on Alternating Back-Propagation (ABP) https://t.co/K8oNMPAPgX. Both works studied the MLE learning of the generator model.
Grateful to have our work accepted in ECCV 2020 with amazing co-authors @TianHan10, @bo_pang0, et al.,
"Learning multi-layer latent variable model via variational optimization of short run MCMC for approximate inference":
https://t.co/ENVrrjdz9R
#ECCV2020#mcmc
@jaschasd Wow. It's an inspiring paper indeed, Jascha. I would also recommend our recent work which also considers energy based model in the latent space. It improves both the image and text modeling (https://t.co/Tq3FVsuKz0).
Thrilled to share our recent work: Learning Latent Space Energy-Based Prior Model (https://t.co/ZmABekOSLa). Joint work with Bo Pang and Erik Nijkamp @erik_nijkamp. We build EBM on the latent space of the generator and learn it through prior and posterior Langevin Dynamics.