介绍 Gemini for Google (GfG),一款面向 Google 内部软件工程生态的 Gemini 专用适配版本,涵盖从构建万亿 token 的专有数据集到采用可缓解灾难性遗忘的中段训练策略的完整过程。G Gemini for Google (GfG)}, an adaptation of Gemini specialized for Google's internal software engineering ecosystem, is introduced, from curating a trillion-token proprietary dataset to implementing a mid-training strategy that mitigates catastrophic forgetting.
论文
8 张论文卡片 · 工程化 · 方法
对八款主流开源 MLOps 框架的实践使用与功能增强需求进行调查,结果显示 MLOps 框架很少被直接开箱即用,也较少集成进 GitHub Workflows,开发者更多通过其 API 在项目中实现自定义功能。Investigating the practical use and desired feature enhancements of eight popular open-source MLOps frameworks indicates that users mainly ask for enhancements to core features of the frameworks, but also better API exposure and CI/CD integration.
实验表明,DataEvolver 显著提升了数据质量,相比在原始数据上训练,下游 LLM 性能平均提升 10%,凸显了 LLM 与数据迭代协同演化的新机遇。Experiments show that DataEvolver substantially improves data quality and achieves an average 10\% gain in downstream LLM performance compared with training on original data, highlighting new opportunities for the iterative co-evolution of LLMs and data.
本文提出 LoRAFusion,一种面向 LLM 的高效 LoRA 微调系统,可消除不必要的内存访问,在不付出重算或同步代价的前提下保持 compute-bound GEMM 的性能,并引入面向多任务微调的自适应批处理算法。LoRAFusion is introduced, an efficient LoRA fine-tuning system for LLMs that eliminates unnecessary memory accesses and preserves the performance of compute-bound GEMMs without incurring the cost of recomputation or synchronization and introduces an adaptive batching algorithm for multi-job fine-tuning.
本文提出 MatryoshkaLoRA,一种受 Matryoshka 启发、面向 LoRA 的通用训练框架,通过在已有 LoRA adapter 之间插入一个固定的、经精心设计的对角矩阵来按比例缩放其子秩,从而学习到准确的层次化低秩表示。MatryoshkaLoRA is proposed, a general, Matryoshka-inspired training framework for LoRA that learns accurate hierarchical low-rank representations by inserting a fixed, carefully crafted diagonal matrix between the existing LoRA adapters to scale their sub-ranks accordingly.
这些结果表明,Kueue、DAS 与 GAIE 等互补组件构成了一个高性能的协同平台,证明了 Kubernetes 能够作为承载高要求 GenAI 工作负载的统一底座。These findings illustrate that these complementary components (Kueue, DAS, and GAIE) form a cohesive, high-performance platform, proving Kubernetes' capability to serve as a unified foundation for demanding GenAI workloads.
研究发现,在上述多个维度上进行的指令微调可显著提升多种模型类别(PaLM、T5、U-PaLM)、多种提示设定以及多种评测基准(MMLU、BBH、TyDiQA、MGSM、开放式生成)上的表现。It is found that instruction finetuning with the above aspects dramatically improves performance on a variety of model classes (PaLM, T5, U-PaLM), prompting setups, and evaluation benchmarks (MMLU, BBH, TyDiQA, MGSM, open-ended generation).
采用迭代的在线训练模式,按周节奏用新的人类反馈数据更新偏好模型与 RL 策略,并发现 RL 奖励与策略相对其初始化的 KL 散度平方根之间近似呈线性关系。An iterated online mode of training, where preference models and RL policies are updated on a weekly cadence with fresh human feedback data, and a roughly linear relation between the RL reward and the square root of the KL divergence between the policy and its initialization is identified.