Google DeepMindLearning Robust Real-Time Cultural Transmission without Human Data
Training agents for real-time cultural transmission without human data using deep reinforcement learning.
ChromiumChrome 100 Beta: Reduced User-Agent Strings, Multi-Screen Window Placement, and More
This technical blogpost discusses the new features and changes in Chrome 100 Beta, including reduced User-Agent Strings, Multi-Screen Window Placement, and more. It also covers origin trials, other features in this release, and deprecations and removals.
OpenAIA research agenda for assessing the economic impacts of code generation models
Exploring the framework for evaluating the financial effects of code generation models
OpenAILessons learned on language model safety and misuse
Exploring language model safety and misuse for AI developers.
Google DeepMindLearning Robust Real-Time Cultural Transmission without Human Data
Using deep reinforcement learning to enable artificial agents to learn and transfer cultural knowledge in real time.
Stanford AIUnderstanding Deep Learning Algorithms that Leverage Unlabeled Data, Part 1: Self-training
Understanding the self-training algorithm, a powerful paradigm for semi-supervised learning and domain adaptation, that leverages unlabeled data to improve accuracy.
Google DeepMindProbing Image-Language Transformers for Verb Understanding
Probing Image-Language Transformers for Verb Understanding - Research on multimodal transformer models' verb understanding using the SVO-Probes dataset.
Google DeepMindProbing Image-Language Transformers for Verb Understanding
Investigating the ability of pretrained multimodal Image-Language transformers to discern verbs in sentences using a dataset of image-sentence pairs.
Stanford AIStanford AI Lab Papers and Talks at AAAI 2022
A blogpost providing links to papers, videos, and blogs from the Stanford AI Lab being presented at the 36th AAAI Conference on Artificial Intelligence (AAAI 2022).
Google DeepMindAccelerating fusion science through learned plasma control
Accelerating fusion science through learned plasma control using deep reinforcement learning
Google DeepMindAccelerating fusion science through learned plasma control
Using deep reinforcement learning to successfully control nuclear fusion plasma in a tokamak and accelerate fusion science.
Google DeepMindMuZero’s first step from research into the real world
Exploring MuZero's application in video compression for YouTube to optimize bitrate and improve video experiences.