推論系統

推論 runtime、量化、 serving、KV cache、成本與效能。

最新模型

u-OPSD Trains Solely Through Internal Model Voting, Boosting Qwen3-8B’s Five-Benchmark Math Average by 10.7 Points

u-OPSD uses eight reasoning trajectories from the same model to produce a majority-vote pseudo-answer, then distills token distributions conditioned on that consensus into trajectories that disagree. Qwen3-8B’s average across five benchmarks in non-thinking mode rose from 43.57 to 54.31, though incorrect consensus and the cost of repeated sampling still limit its applicability.

最新模型

BaKron Reduces Two-Sided Hessian Quantization to Cubic Complexity, With Its 8192-Square-Matrix Kernel 60× Faster Than YAQA

Using anti-diagonal parallelization and recursive divide-and-conquer, BaKron reduces total work from quartic to cubic complexity while preserving curvature information on both the input and output sides. In 2.81-bit experiments on Llama 3 8B, it improves perplexity over GPTQ, but total quantization time remains longer, and no public implementation is currently available.

最新模型

Hyper-ES First Uses Gradients to Build a Low-Dimensional Search Space, Averaging 1% Higher on Mathematical Reasoning Than GRPO-LoRA

Rather than applying random evolution directly to billions of model-weight dimensions, Hyper-ES constructs a subspace from a small number of fine-tuning directions and then searches for layer-wise model-merging coefficients. The authors report modest gains across three models and six mathematical reasoning datasets, although the method is not entirely gradient-free.

最新模型

Google Releases WeatherNext 2 Code and Weights; Full-Model Inference Requires H100-Class Memory

Google DeepMind has released the JAX implementation, pretrained weights, and a streamlined Colab-compatible version of WeatherNext 2, covering global weather and tropical cyclone forecasts up to 15 days. Researchers can now reconstruct the autoregressive forecasting workflow, but the full model still depends on ECMWF initialization data and high-end accelerators, and its outputs cannot replace official warnings.

代理工具

Programmatic Tool Calling Matches or Beats JSON in 11 of 14 Models, With an 18.8-Percentage-Point Gap on Long-Chain Tasks

A new study compiles API schemas into typed Python stubs, allowing models to chain or invoke tools in parallel within a single inference. The method matches or outperforms native JSON for most models on a BFCL v4 subset, but it has so far been tested only with simulated tools that return their arguments, so the results do not establish that real-world API workflows would see the same benefits.