 Google 《Prompt Engineering v7》Contextual prompting 23 Table of contents Step-back prompting 25 Chain of Thought (CoT) 29 Self-consistency 32 Tree of Thoughts (ToT) 36 ReAct (reason & act) 37 Automatic Prompt Engineering 40 Code prompting language model input and output, a text prompt (sometimes accompanied by other modalities such as image prompts) is the input the model uses to predict a specific output. You don’t need to be a data scientist stealth and underwater exploration skills to survive. Table 9. An example of prompting for self consistency Yeah those topics seem like a good fit for a first-person video game. Let’s go back to the original0 码力 | 68 页 | 6.50 MB | 6 月前3 Google 《Prompt Engineering v7》Contextual prompting 23 Table of contents Step-back prompting 25 Chain of Thought (CoT) 29 Self-consistency 32 Tree of Thoughts (ToT) 36 ReAct (reason & act) 37 Automatic Prompt Engineering 40 Code prompting language model input and output, a text prompt (sometimes accompanied by other modalities such as image prompts) is the input the model uses to predict a specific output. You don’t need to be a data scientist stealth and underwater exploration skills to survive. Table 9. An example of prompting for self consistency Yeah those topics seem like a good fit for a first-person video game. Let’s go back to the original0 码力 | 68 页 | 6.50 MB | 6 月前3
 DeepSeek-V2: A Strong, Economical, and Efficient
Mixture-of-Experts Language Modelwhether to drop tokens during inference according to the efficiency requirements, and always ensure consistency between training and inference. 3. Pre-Training 3.1. Experimental Setups 3.1.1. Data Construction0 码力 | 52 页 | 1.23 MB | 1 年前3 DeepSeek-V2: A Strong, Economical, and Efficient
Mixture-of-Experts Language Modelwhether to drop tokens during inference according to the efficiency requirements, and always ensure consistency between training and inference. 3. Pre-Training 3.1. Experimental Setups 3.1.1. Data Construction0 码力 | 52 页 | 1.23 MB | 1 年前3
 Trends Artificial Intelligence
carried out in 3/25 using GPT-4.5. During the test, participants incorrectly identified the left image (Witness A) as human with 87% certainty, saying ‘A had human vibes. B had human imitation vibes B was human. AI Development Trending = Unprecedented44 AI Performance = Increasingly Realistic Image Generation… Notes: Dates shown are the release dates of each Midjourney model. Source: Midjourney Penguin, ‘How Midjourney Evolved Over Time (Comparing V1 to V6.1 Outputs)’ (9/24) AI-Generated Image: ‘Women’s Necklace with a Sunflower Pendant’ – 2/22-4/25, per Midjourney / Gold Penguin Model v10 码力 | 340 页 | 12.14 MB | 4 月前3 Trends Artificial Intelligence
carried out in 3/25 using GPT-4.5. During the test, participants incorrectly identified the left image (Witness A) as human with 87% certainty, saying ‘A had human vibes. B had human imitation vibes B was human. AI Development Trending = Unprecedented44 AI Performance = Increasingly Realistic Image Generation… Notes: Dates shown are the release dates of each Midjourney model. Source: Midjourney Penguin, ‘How Midjourney Evolved Over Time (Comparing V1 to V6.1 Outputs)’ (9/24) AI-Generated Image: ‘Women’s Necklace with a Sunflower Pendant’ – 2/22-4/25, per Midjourney / Gold Penguin Model v10 码力 | 340 页 | 12.14 MB | 4 月前3
 XDNN TVM - Nov 2019Overlay Processor ˃ DNN Specific Instruction Set Convolution, Max Pool etc. ˃ Any Network, Any Image Size ˃ High Frequency & High Compute Efficiency ˃ Supported on U200 – 3 Instances U250 – 4 Instances Systolic Array Bias ReLU Bias ReLU Bias ReLU Bias ReLU Pooling Pooling Pooling Pooling Image Queue Instruction Buffer Cross Bar Pooling/ EWA© Copyright 2018 Xilinx Xilinx Edge DPU IP (DPUv2) networks >> 4© Copyright 2018 Xilinx Inference Flow >> 5 MxNet CPU Layers FPGA Layers Runtime Image Model Weights Calibration Set Quantizer Compiler Tensor Graph Optimization Framework Tensor Graph0 码力 | 16 页 | 3.35 MB | 5 月前3 XDNN TVM - Nov 2019Overlay Processor ˃ DNN Specific Instruction Set Convolution, Max Pool etc. ˃ Any Network, Any Image Size ˃ High Frequency & High Compute Efficiency ˃ Supported on U200 – 3 Instances U250 – 4 Instances Systolic Array Bias ReLU Bias ReLU Bias ReLU Bias ReLU Pooling Pooling Pooling Pooling Image Queue Instruction Buffer Cross Bar Pooling/ EWA© Copyright 2018 Xilinx Xilinx Edge DPU IP (DPUv2) networks >> 4© Copyright 2018 Xilinx Inference Flow >> 5 MxNet CPU Layers FPGA Layers Runtime Image Model Weights Calibration Set Quantizer Compiler Tensor Graph Optimization Framework Tensor Graph0 码力 | 16 页 | 3.35 MB | 5 月前3
 普通人学AI指南码、运行时、系统工具、系统库和设置。 2. 镜像(Image):用于创建容器的只读模板。一个镜像可以包含完整的操作 系统环境。 3. Dockerfile:定义镜像内容的文本文件,包含了构建镜像的所有指令。 4. Docker Hub:公共的 Docker 镜像仓库,用于存储和分发 Docker 镜像。 5. 拉取镜像:docker pull <image_name> 6. 构建镜像:在包含 Dockerfile Dockerfile 目录中运行:docker build -t <image_name> . 常用命令: 1. 列出正在运行的容器:docker ps 2. 列出所有容器:docker ps -a 3. 停止一个容器:docker stop 普通人学AI指南码、运行时、系统工具、系统库和设置。 2. 镜像(Image):用于创建容器的只读模板。一个镜像可以包含完整的操作 系统环境。 3. Dockerfile:定义镜像内容的文本文件,包含了构建镜像的所有指令。 4. Docker Hub:公共的 Docker 镜像仓库,用于存储和分发 Docker 镜像。 5. 拉取镜像:docker pull <image_name> 6. 构建镜像:在包含 Dockerfile Dockerfile 目录中运行:docker build -t <image_name> . 常用命令: 1. 列出正在运行的容器:docker ps 2. 列出所有容器:docker ps -a 3. 停止一个容器:docker stop- 4. 删除一个容器:docker rm - 20 4.2.2 下载 docker docker 0 码力 | 42 页 | 8.39 MB | 8 月前3
 Facebook -- TVM AWS Meetup Talkrequires 40us sampling net runtime - First PyTorch model used a 3,400us sampling net runtime Image from LPCNetExit, Pursued By A Bear - 3400us (baseline), 40us (target) - 85x speedup - Uh ohEnter general technique, allows clean vectorization - Related work in Gibiansky (2017), Gray (2019), et al. Image from OpenAI- Add relay.nn.sparse_dense for block-sparse matrix multiplication (~50 lines of TVM IR)0 码力 | 11 页 | 3.08 MB | 5 月前3 Facebook -- TVM AWS Meetup Talkrequires 40us sampling net runtime - First PyTorch model used a 3,400us sampling net runtime Image from LPCNetExit, Pursued By A Bear - 3400us (baseline), 40us (target) - 85x speedup - Uh ohEnter general technique, allows clean vectorization - Related work in Gibiansky (2017), Gray (2019), et al. Image from OpenAI- Add relay.nn.sparse_dense for block-sparse matrix multiplication (~50 lines of TVM IR)0 码力 | 11 页 | 3.08 MB | 5 月前3
 Deploy VTA on Intel FPGASDCard Image from Terasic (Require Registration) Step 3: Get files from https://github.com/liangfu/de10-nano-supplement Step 4: Extract the files Step 4.1: Replace the zImage in SDCard Image Step 40 码力 | 12 页 | 1.35 MB | 5 月前3 Deploy VTA on Intel FPGASDCard Image from Terasic (Require Registration) Step 3: Get files from https://github.com/liangfu/de10-nano-supplement Step 4: Extract the files Step 4.1: Replace the zImage in SDCard Image Step 40 码力 | 12 页 | 1.35 MB | 5 月前3
 TVM Meetup: Quantizationrights reserved. Frontend Parsers • TFLite Pre-quantized Models • In good shape • Supports all Image Classification PreQuantized hosted models • MXNet Pre-quantized Models • Tested internally with0 码力 | 19 页 | 489.50 KB | 5 月前3 TVM Meetup: Quantizationrights reserved. Frontend Parsers • TFLite Pre-quantized Models • In good shape • Supports all Image Classification PreQuantized hosted models • MXNet Pre-quantized Models • Tested internally with0 码力 | 19 页 | 489.50 KB | 5 月前3
 Dynamic Model in TVMModels with dynamism ● Control flow (if, loop, etc) ● Dynamic shapes ○ Dynamic inputs: batch size, image size, sequence length, etc. ○ Output shape of some ops are data dependent: arange, nms, etc. ○ Control0 码力 | 24 页 | 417.46 KB | 5 月前3 Dynamic Model in TVMModels with dynamism ● Control flow (if, loop, etc) ● Dynamic shapes ○ Dynamic inputs: batch size, image size, sequence length, etc. ○ Output shape of some ops are data dependent: arange, nms, etc. ○ Control0 码力 | 24 页 | 417.46 KB | 5 月前3
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