Views
No views yet
llama.cpp is used to convert the model to a GGML compatible file, using f32 as the output type; preserving the original fidelity. The model is converted un-altered, unless otherwise stated.llama.cpp's llama-quantize executable is called using the F32 GGUF file as the source file.sentence1 and sentence2. Finally, a cosine similarity score was calculated across the two embeddings, and plotted on the graph.[!NOTE] Note: This graph currently only features a single trend, which was created against the un-quantised 32-bit model. Although the quantised GGUF files are available, neithersentence-transformersnorllama-cpp-pythonhave been updated to support thegemma-embeddingformat, so we can't use them (yet).As soon as support is available, we'll update this graph to display the fidelity for the quantisations.
