Tag: Context
-
Hacker News: Iterative α-(de)blending and Stochastic Interpolants
Source URL: http://www.nicktasios.nl/posts/iterative-alpha-deblending/ Source: Hacker News Title: Iterative α-(de)blending and Stochastic Interpolants Feedly Summary: Comments AI Summary and Description: Yes Summary: The text reviews a paper proposing a method called Iterative α-(de)blending for simplifying the understanding and implementation of diffusion models in generative AI. The author critiques the paper for its partial clarity, discusses the…
-
Hacker News: SVDQuant: 4-Bit Quantization Powers 12B Flux on a 16GB 4090 GPU with 3x Speedup
Source URL: https://hanlab.mit.edu/blog/svdquant Source: Hacker News Title: SVDQuant: 4-Bit Quantization Powers 12B Flux on a 16GB 4090 GPU with 3x Speedup Feedly Summary: Comments AI Summary and Description: Yes **Summary:** The provided text discusses the innovative SVDQuant paradigm for post-training quantization of diffusion models, which enhances computational efficiency by quantizing both weights and activations to…
-
Slashdot: TSMC Halts Advanced Chip Shipments To Chinese AI Companies
Source URL: https://hardware.slashdot.org/story/24/11/08/2248227/tsmc-halts-advanced-chip-shipments-to-chinese-ai-companies Source: Slashdot Title: TSMC Halts Advanced Chip Shipments To Chinese AI Companies Feedly Summary: AI Summary and Description: Yes Summary: TSMC’s decision to cease supplying 7 nm and smaller chips to Chinese companies working on AI processors and GPUs indicates a significant compliance move in response to U.S. export restrictions. This decision…
-
The Register: TSMC halts advanced chip shipments to Chinese AI companies
Source URL: https://www.theregister.com/2024/11/08/tsmc_chinese_ai_shipments/ Source: The Register Title: TSMC halts advanced chip shipments to Chinese AI companies Feedly Summary: Move to suspend 7 nm and smaller processes follows US pressure Semiconductor giant TSMC is expected to stop supplying chips made with 7 nm or smaller processes to customers in China that are developing AI processors or…