Trends Artificial Intelligence
Internet business is like a dog year – equivalent to seven years in a regular person's life.’ At the time, the pace of change catalyzed by the internet was unprecedented. Consider now that AI user and usage innovation / product releases / investments / acquisitions / cash burn and capital raises. At the same time, more traditional tech companies (often with founder involvement) have increasingly directed more capital is deployed, and how leadership is defined – across both companies and countries. At the same time, we have leadership evolution among the global powers, each of whom is challenging the other’s competitive0 码力 | 340 页 | 12.14 MB | 4 月前3
DeepSeek-V2: A Strong, Economical, and Efficient
Mixture-of-Experts Language ModelMLA, which utilizes low-rank key-value joint compression to eliminate the bottleneck of inference-time key-value cache, thus supporting efficient inference. For FFNs, we adopt the DeepSeekMoE architecture Pre-Training 3.1. Experimental Setups 3.1.1. Data Construction While maintaining the same data processing stages as for DeepSeek 67B (DeepSeek-AI, 2024), we extend the amount of data and elevate the data order to alleviate the alignment tax, during the RL stage, we make significant efforts in data processing and improving training strategies, finally achieving a tolerable trade-off between the performance0 码力 | 52 页 | 1.23 MB | 1 年前3
Google 《Prompt Engineering v7》prompt’s writing style and structure in relation to the task. In the context of natural language processing and LLMs, a prompt is an input provided to the model to generate a response or prediction. Prompt uncover intel suggesting the enemy is planning a devastating attack, and the player must race against time to gather evidence and relay it back to their headquarters before the enemy can carry out their plans seem like a good fit for a first-person video game. Let’s go back to the original prompt, but this time we include the answer of the step back as context and see what it will return. Prompt Engineering0 码力 | 68 页 | 6.50 MB | 6 月前3
OpenAI 《A practical guide to building agents》extracting meaning from documents, or interacting with users conversationally, for example processing a home insurance claim. Before committing to building an agent, validate that your use case can WebSearchTool, function_tool @function_tool save_results(output): db.insert({ : output, : datetime.time()}) return "File saved" search_agent = Agent( name= , instructions= tools=[WebSearchTool() losing context or control, the manager intelligently delegates tasks to the right agent at the right time, effortlessly synthesizing the results into a cohesive interaction. This ensures a smooth, unified0 码力 | 34 页 | 7.00 MB | 6 月前3
XDNN TVM - Nov 2019AccelModule:© Copyright 2018 Xilinx TVM Partitioning >> 7 Subgraph 1 Parallel Subgraphs Post-Processing Pre-Processing FPGA or CPU FPGA CPU CPU FPGA - More than supported/not supported, pattern matching graph Parallel Subgraphs Post-Processing Pre-Processing CPU FPGA CPU CPU FPGA© Copyright 2018 Xilinx TVM Code Generation >> 9 Subgraph 1 Parallel Subgraphs Post-Processing Pre-Processing CPU FPGA CPU CPU FPGA0 码力 | 16 页 | 3.35 MB | 5 月前3
TVM@Alibaba AI LabsBlocking Splits the workload into thread blocks (work groups) and individual threads (work items) Processing Element batch 二 (workitem) 20 码力 | 12 页 | 1.94 MB | 5 月前3
OpenAI - AI in the Enterprisethree fronts: 01 Workforce performance Helping people deliver higher-quality outputs in shorter time frames. 02 Automating routine operations Freeing people from repetitive tasks so they can focus and effective. The premise was simple: If advisors could access information faster and reduce the time spent on repetitive tasks, they could offer more and better insights to clients. They started day; access to documents has jumped from 20% to 80%, with dramatically reduced search time; and advisors spend more time on client relationships, thanks to task automation and faster insights. The feedback0 码力 | 25 页 | 9.48 MB | 5 月前3
Dynamic Model in TVMAffiliates. All rights reserved. “Any” in Relay typing Any: represent an unknown dimension at compilation time. Define a tensor type: Tensor<(Any, 3, 32, 32), fp32> Define type relation: arange: fn(start:fp32 reserved. Gradual typing: shape function ● Relax type inference/checking for Any at compilation time broadcast: fn(Tensor<(Any, Any), fp32>, Tensor<(1, 8), fp32>) -> Tensor<(Any, 8), fp32>© 2019, Amazon reserved. Gradual typing: shape function ● Relax type inference/checking for Any at compilation time ● Register a shape function for operator to check the type and compute the output shape© 2019, Amazon0 码力 | 24 页 | 417.46 KB | 5 月前3
Facebook -- TVM AWS Meetup TalkSynthesis - WaveRNN-style model architecture - Autoregressive sampling net running at faster than real-time - Compute split between GRU units and FC layers - 24kHz sampling frequency requires 40us sampling hand-written, highly optimized baselines (https://github.com/mozilla/LPCNet) by ~40% - Bonus: Real-time on mobile CPUs for free 6 TVM specifics X78Structured and Unstructured Sparsity - Lots of 'free'0 码力 | 11 页 | 3.08 MB | 5 月前3
清华大学 DeepSeek+DeepResearch 让科研像聊天一样简单surface, while a compressive force was applied at a constant loading rate of 10 mm-min until the real-time force curve on the monitor screen fast drop indicating failure occurred. ln addition, the left surface, while a compressive force was applied at a constant loading rate of 10 mm/min until the real-time force curve on the monitor screen fast drop indicating failure occurred. 改写降重指令 指令:我想让你充当科研写作专0 码力 | 85 页 | 8.31 MB | 8 月前3
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