Advancing coding in low-resource programming languages
Official research discussion of improving coding capabilities in languages with less available training material.
Efficient attention, low-rank adaptation, sparse experts and inference optimization. Read compute, memory and task quality together.
Official research discussion of improving coding capabilities in languages with less available training material.
Models assess their own conversations as an additional misuse-detection layer, reusing cached context to limit overhead.
Fuses LiDAR point clouds and proprioception through attention, connecting terrain perception with a reinforcement-learned quadruped policy.
Official release introducing an asymmetric causal encoder-decoder architecture and linking its technical report and model resources.
An open-weight model for coding agents explores strong training recipes with a small active parameter footprint.
A speech-recognition family and a forced-alignment model address multilingual transcription and timestamp prediction.
Sparse attention and post-training methods are combined to improve efficiency, reasoning and agent-oriented behavior.
Open-weight reasoning models are described through their architecture, training, capabilities and safety evaluations.
A compact vision-language-action model explores accessible robot learning and an efficient inference pipeline.
Dense and mixture-of-experts models integrate thinking and non-thinking behavior, with configurable inference-time reasoning.
A mixture-of-experts language model combines architectural and training-efficiency techniques, including latent attention and multi-token prediction.
Introduces a sparse mixture-of-experts model exploring model capacity and activated computation.
A preference-based objective optimizes a language model directly, avoiding a separate reward-model training stage.
An IO-aware attention algorithm reduces memory transfers while computing exact attention.
The study examines how to allocate a training-compute budget between model size and training data.
Low-rank trainable updates adapt a frozen pretrained model without updating all of its parameters.
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