Google DeepMindAlchemy: A structured task distribution for meta-reinforcement learning
Introducing Alchemy, a benchmark environment and analysis tools for meta-reinforcement learning.
OpenAIUnderstanding the capabilities, limitations, and societal impact of large language models
Exploring the impact of large language models on society and their capabilities and limitations
SoundCloudTests Under the Magnifying Lens
Explains SoundCloud's shift from traditional test reporting to a data-driven approach where test results feed build pipelines, address flakiness and pipeline delays, and fuel Grafana-powered dashboards for cross-system visibility.
SoundCloudTests Under the Magnifying Lens
A data-driven tour of SoundCloud's testing strategy, from the test pyramid and cross-repo data aggregation to rendering dashboards that reveal flakiness and speed up build pipelines.
SoundCloudTests Under the Magnifying Lens
The importance of testing in engineering practices at SoundCloud and building well-balanced test pyramids within code repositories.
Google DeepMindData, Architecture, or Losses: What Contributes Most to Multimodal Transformer Success?
Examining the importance of multimodal attention in the success of multimodal transformers for pretraining.
OpenAIScaling Kubernetes to 7,500 nodes
Efficient strategies for scaling Kubernetes deployments to 7,500 nodes
OpenAICLIP: Connecting text and images
Exploring the integration of text and images through CLIP technology
OpenAIDALL·E: Creating images from text
Exploring how DALL·E generates images based on textual descriptions
OpenAIOrganizational update from OpenAI
Exploring the latest organizational developments at OpenAI
Google DeepMindMuZero: Mastering Go, chess, shogi and Atari without rules
MuZero is a general-purpose algorithm that can master Go, chess, shogi, and Atari without being given the rules, using its ability to plan winning strategies in unknown environments.
Google DeepMindImitating Interactive Intelligence
Creating a simulated environment (Playroom) for virtual robots to engage in interactive intelligence, studying joint intentionality, cooperation, and communication of private knowledge.