[KongchangAI]
Company

Google Brain

An AI research team under Google, now merged into Google DeepMind, that proposed speculative decoding techniques in 2022–2023 nearly simultaneously with the DeepMind team.

Core Facts

Timeline (last 90 days)

Oct 13

TypeSafe's management team is: CEO Diogo Almeida, CTO Erik Gafni, and COO Sasha Sheng, who previously worked at OpenAI, Google Brain and Meta's FAIR research group respectively.

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Oct 11

TypeSafe AI's CEO Diogo Almeida previously worked at Google Brain and OpenAI, was one of the core authors of the InstructGPT paper, and contributed to work on RLHF, ChatGPT, and GPT-4.

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Oct 1

Diogo previously worked with Jeremy Howard and at Google Brain before joining OpenAI.

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Sep 27

Google Brain's NASNet required running on hundreds of GPUs for thousands of hours to find an architecture that performed well on specific tasks.

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Sep 20

Andrew Ng is one of the pioneers of deep learning, a co-founder of Coursera, and an early core figure in the Google Brain project.

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Sep 18

Character.AI was founded in 2021 by former Google Brain researchers Noam Shazeer and Daniel De Freitas.

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Sep 12

Quoc Le is a core researcher at Google Brain with pioneering work in neural architecture search and sequence-to-sequence learning.

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Sep 12

Jeff Dean led the founding of the Google Brain team and drove the creation of deep learning frameworks such as TensorFlow.

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Sep 10

Chain-of-Thought reasoning was first proposed by Jason Wei and others from Google Brain in 2022.

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Sep 9

In 2017, Shazeer et al. from Google Brain introduced MoE into deep learning, scaling it to large language models for the first time.

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12 more timeline events

All Facts (20)

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The Chain-of-Thought prompting paper published in 2022 by Jason Wei et al. of Google Brain was the first to systematically demonstrate that adding step-by-step reasoning examples significantly improves the accuracy of large models such as PaLM on mathematical reasoning tasks

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ReAct框架由普林斯顿大学和Google Brain团队在2022年的论文中提出

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Google DeepMind was formed in 2023 through the merger of DeepMind, which was acquired in 2014, and Google's internal Google Brain team.

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Chain-of-Thought (CoT) reasoning was proposed by the Google Brain team in 2022 and improves accuracy on complex tasks by guiding the model to expand its reasoning step by step.

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BF16 (Brain Floating Point 16) is a floating-point variant proposed by Google that retains the 8-bit exponent range of FP32 but reduces the mantissa to 7 bits.

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The Chain-of-Thought prompting technique was formally proposed by the Google Brain team in the 2022 paper "Chain-of-Thought Prompting Elicits Reasoning in Large Language Models".

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The Transformer architecture was proposed in 2017 by the Google Brain team in the paper "Attention Is All You Need"

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Vision Transformer(ViT)由Google Brain团队于2020年提出,将Transformer架构引入计算机视觉领域

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The speculative decoding paradigm was proposed almost simultaneously by teams at Google Brain and DeepMind in 2023.

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Chain-of-Thought technology was first systematically proposed by Jason Wei and others from the Google Brain team in a 2022 paper.

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Andrew Ng previously served as the founding director of the Google Brain project and as Chief Scientist at Baidu.

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TensorFlow was open-sourced and released by the Google Brain team in 2015.

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In 2022, the Google Brain team first systematically documented the phenomenon of 'emergent abilities' in large language models in the paper 'Emergent Abilities of Large Language Models'

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Andrew Ng is a Stanford University professor and co-founder of Coursera; his machine learning course has had more than 5 million registrations since it launched in 2011.

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The concept of emergent abilities was systematically elaborated by the Google Research team (Wei et al.) in the 2022 paper Emergent Abilities of Large Language Models, which examined more than 200 tasks.

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Transformer架构由Google在2017年的论文《Attention Is All You Need》中提出,其核心自注意力机制能捕捉序列中任意位置之间的依赖关系

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MoE was reactivated in the era of large language models by Google's Switch Transformer (2021) and GLaM.

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Compared to FP16, BF16 has the same 8-bit exponent width as FP32 and therefore a larger dynamic range, making it the mainstream precision choice for current large model training.

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BF16最初由Google Brain团队为TPU设计,保留与FP32相同的8位指数位,尾数从23位缩减到7位

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EfficientNet是Google Brain团队于2019年提出的高效网络,通过复合缩放策略同时优化网络深度、宽度和分辨率

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