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README.md
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<!-- Provide a quick summary of what the model is/does. -->
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**slim-
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slim-
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Load in your favorite GGUF inference engine (see details in config.json to set up the prompt template), or try with llmware as follows:
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from llmware.models import ModelCatalog
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# to load the model and make a basic inference
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response =
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# this one line will download the model and run a series of tests
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ModelCatalog().test_run("slim-
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Slim models can also be loaded even more simply as part of a multi-model, multi-step LLMfx calls:
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from llmware.agents import LLMfx
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llm_fx = LLMfx()
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llm_fx.load_tool("
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response = llm_fx.
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### Model Description
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Model instructions, details and test samples have been packaged into the config.json file in the repository, along with the GGUF file.
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Example:
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text = "The stock market declined yesterday as investors worried increasingly about the slowing economy."
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model generation - {"sentiment": ["negative"]}
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keys = "sentiment"
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All of the SLIM models use a novel prompt instruction structured as follows:
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"<human> " + text + "<classify> " + keys + "</classify>" + "/n<bot>: "
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## Model Card Contact
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<!-- Provide a quick summary of what the model is/does. -->
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**slim-ner-tool** is part of the SLIM ("Structured Language Instruction Model") model series, providing a set of small, specialized decoder-based LLMs, fine-tuned for function-calling.
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slim-ner-tool is a 4_K_M quantized GGUF version of slim-ner, providing a small, fast inference implementation.
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Load in your favorite GGUF inference engine (see details in config.json to set up the prompt template), or try with llmware as follows:
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from llmware.models import ModelCatalog
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# to load the model and make a basic inference
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ner_tool = ModelCatalog().load_model("slim-ner-tool")
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response = ner_tool.function_call(text_sample)
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# this one line will download the model and run a series of tests
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ModelCatalog().test_run("slim-ner-tool", verbose=True)
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Slim models can also be loaded even more simply as part of a multi-model, multi-step LLMfx calls:
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from llmware.agents import LLMfx
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llm_fx = LLMfx()
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llm_fx.load_tool("ner")
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response = llm_fx.named_entity_extraction(text)
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### Model Description
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Model instructions, details and test samples have been packaged into the config.json file in the repository, along with the GGUF file.
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## Model Card Contact
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