I'll be in San Francisco on Monday to attend the @OpenAI DevDay. Excited to know what's next for ChatGPT and DALL-E. Reach out if you are around and want to have a chat.
We're at #ICLR23 and excited to share our work! We have got 15 papers, including 6 orals – see our schedule below, and please come talk to us and our fantastic collaborators :)
We've got 21(!) workshop papers at #NeurIPS2022! Come by Friday, Saturday and next week to talk to us if any of the topics below seem interesting. We're always happy to talk about our work.
Our members have also been hard at work organising some of these workshops...
We're at @NeurIPSConf in New Orleans with 14 papers! Come and have a chat with us and our fantastic collaborators :D See our #NeurIPS2022 schedule below!
Our latest paper has been accepted at NeurIPS 2022. We propose a new layer called CaSE that can rapidly adapt a neural net to unseen datasets in the few-shot setting.
Hope to meet many of you in New Orleans!
arxiv: https://t.co/SHOvDMiilU
Github: https://t.co/7cN06jRyYh
FiT: Parameter Efficient Few-shot Transfer Learning for Personalized and Federated Image Classification
https://t.co/3iCQd7uwXs
by Aliaksandra Shysheya et al. including @mpatacch#NaiveBayesClassifiers#DeepLearning
We're excited to be at #ICLR2022 this week! Our group and collaborators will be presenting 11 papers (including an Oral and 3 Spotlights) at the main conference!
Check out our @iclr_conf schedule below. Please drop by and have a chat.
We're excited to be at #NeurIPS2021 this week! Our group will be presenting 22 papers at the main conference with 10 papers today! Check out our full @NeurIPS2021 schedule below.
We're happy to launch a brand-new blog today, feel free to check it out!
It's starting off with a great two-part post by @ikwess and Richard E. Turner, with many more interesting posts to come, on our group's research and beyond!
https://t.co/9x17TNTvHk
I am joining the University of Cambridge, Machine Learning Group, working with Richard Turner and @MSFTResearchCam to develop efficient, flexible, and robust machine learning methods for real-world applications.