Thank you for the excellent video! Your explanations were very clear, and I really appreciated how you covered so many concepts in just one video. The slides were also very well-organized and intuitive. I’m particularly curious about what tool you used to create the slides-could you share that with us? I’m looking forward to your future videos! Thanks again!
Amazing video! Thanks. I was wondering how a fusion model might work with Navit feeding into vivit factorised encoder given different resolutions? Perhaps you can feed just the tokens?
Thank you! Sorry that I just saw your message. Yes I would think so! NaViT already handles multi-resolution well in managing how tokens are attended, so that would work?
This is such a great explanation, do you plan to cover the "DiT: Scalable Diffusion Models with Transformers" paper sometime soon? Thanks a lot for such wonderful and insightful explanations...
Thank you for the excellent video! Your explanations were very clear, and I really appreciated how you covered so many concepts in just one video. The slides were also very well-organized and intuitive. I’m particularly curious about what tool you used to create the slides-could you share that with us? I’m looking forward to your future videos!
Thanks again!
Thank you for your kind words! It's just PowerPoint haha. I used a lot of Morph transitions though and just their built-in recording functionality!
I learned a lot from your videos. Please keep them coming. They are worth all the time and effort it takes to produce them.
Thank you, will do!
Hi
I am very happy that I was able to find your channel on UA-cam
I hope you will make more videos about computer vision
keep Going ✌
Thank you for your support!
Amazing video! Thanks. I was wondering how a fusion model might work with Navit feeding into vivit factorised encoder given different resolutions? Perhaps you can feed just the tokens?
Thank you! Sorry that I just saw your message. Yes I would think so! NaViT already handles multi-resolution well in managing how tokens are attended, so that would work?
This is such a great explanation, do you plan to cover the "DiT: Scalable Diffusion Models with Transformers" paper sometime soon?
Thanks a lot for such wonderful and insightful explanations...
Thank you for the kind words! That's a good idea and let me look into it. :)
Great voice. For fun, audition for a voice actor gig. Would look great on resume. Or on a date or at a conference. Lol
Lol thanks for the compliment!