Create README.md

README.md

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+---
+base_model:
+- John6666/wai-shuffle-noob-v20-sdxl
+tags:
+- quantization
+quantized_by: btaskel
+pipeline_tag: text-to-image
+---
+From civitai/fannon:
+https://civitai.com/models/989367/wai-shuffle-noob
+
+Based on my experience, Q4_K_S and Q4_K_M are usually the balance points between model size, quantization, and speed.
+
+In some benchmarks, selecting a large-parameter low-quantization LLM tends to perform better than a small-parameter high-quantization LLM.
+
+根据我的经验，通常Q4_K_S、Q4_K_M是模型尺寸/量化/速度的平衡点
+
+在某些基准测试中，选择大参数低量化模型往往比选择小参数高量化模型表现更好。
+
+----------
+
+You have amazing hardware?!
+
+I'm using 16GB DDR RAM and an R5 5600 for interest-based quantization work, along with a 50Mbps bandwidth speed. It might not be able to quantize models with higher parameters.
+
+您有惊人的硬件？？！
+
+我正在使用16G DDR内存和R5 5600进行基于兴趣的量化工作，以及50Mbps的带宽速度，可能会无法为更高参数的模型进行量化。