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2026.10.17 · Sat

#部署/工程

#部署/工程

Research

Research papers, technical reports, benchmarks and datasets.

Today10/17Sat
  1. Google Research76

    Grounding AI agents in biological reality: Building blocks for autonomous wet labs

    Google Research presents three projects connecting AI agents with wet-lab experimentation through VERID laboratory automation, closed-loop aptamer discovery, and de novo protein binder design. Across three rounds, aptamer on-target hit rates reached 33.5% for myoglobin and 42.1% for α-thrombin; the protein design pipeline accelerated computational cycles more than eightfold and produced binders with single-digit nanomolar affinity. Integrating these projects remains a next step, with safeguards including sequence screening, simulation before robot execution, and human authorization and supervision.

    Why it matters: The aptamer experiments illustrate how experimental feedback can expose misleading optimization targets, offering a transferable approach to distinguishing genuine biological improvements from artifacts in automated discovery workflows.

10/2Fri
  1. Google Research62

    Google releases new TEE-based federated learning system, now used by Gboard

    Google Research released a new federated learning system that uses trusted execution environments (TEEs) to provide verifiable, auditable guarantees for data anonymization. Gboard has deployed it for next-word prediction in English and Japanese, with stronger privacy guarantees and improved accuracy.

    Why it matters: Google described a new TEE-based federated learning system and its deployment in Gboard, showing an engineering path for privacy-preserving on-device training.

9/24Thu
  1. Microsoft Research62

    Microsoft Research: offloading physical-AI inference from robots can improve task performance and battery life

    Microsoft Research systematically measured mobile-robot manipulation workloads and found that moving physical-AI inference from an onboard GPU to an edge or cloud GPU can improve task performance and extend battery life.

    Why it matters: Microsoft Research measured robot inference workloads and reports performance and battery-life data for offloading inference from onboard hardware to edge or cloud GPUs.

7/29Wed
  1. Berkeley AI Research62

    From CUDA to MLX: how K-Search brings kernel-optimization experience to Apple Silicon

    Berkeley AI Research and IBM Research have extended the evolutionary kernel-search framework K-Search to MLX and added a structured CUDA-to-MLX translation layer that automatically adapts existing CUDA-kernel knowledge to Apple Silicon.

    Why it matters: The article details the CUDA-to-MLX translation layer and reports two kernel benchmarks, showing how kernel knowledge can be transferred across platforms.

6/27Sat
  1. Google Research60

    Google speeds up Gemini Nano on Pixel with frozen multi-token prediction

    Google Research has introduced an architecture that attaches a multi-token-prediction (MTP) head to the frozen Gemini Nano v3 model, speeding up on-device generation without changing the backbone weights.

    Why it matters: Google attaches an MTP head to frozen Gemini Nano v3 and reports concrete methods and gains under on-device memory and energy constraints.

4/22Wed
  1. Google DeepMind62

    Google DeepMind releases Decoupled DiLoCo distributed-training architecture

    Google DeepMind has released Decoupled DiLoCo, a distributed-training architecture that divides large-scale training into compute islands communicating asynchronously, reducing bandwidth requirements and isolating hardware failures. In tests, training continued and reconnected after an entire learner unit went offline, achieving the same ML performance as traditional methods with Gemma 4 models.

    Why it matters: The source reports distributed pretraining results across bandwidth, fault tolerance, and mixed-generation hardware, helping readers assess engineering tradeoffs.

3/25Wed
  1. Google Research62

    Google releases TurboQuant vector-compression algorithm, reducing KV cache to 3 bits without loss of accuracy

    Google has released TurboQuant, a compression algorithm that quantizes KV cache to 3 bits without training or fine-tuning and without loss of model accuracy, reducing KV-memory use by at least 6×.

    Why it matters: Google reports TurboQuant's algorithm details and benchmark results, helping readers assess the usefulness of KV-cache compression for long-context workloads.

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