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README.md
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@@ -66,9 +66,9 @@ The system integrates three core databases with differentiated deployment strate
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### Preparations
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1. Complete Norman database classification optimization (merge into 9 categories).
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2. Deploy FDA plugin to connect FastGPT and Dify.
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3. Import the Norman dataset into FastGPT, configure the application, and export the API key.
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4. Create a custom Schema tool on Dify and configure SQL invocation rules.
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5. Deploy Pubchemlite_exposomics and Invitrodb_v4.3 databases to local SQL and test query connectivity.
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### Inference Workflow
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1. Input the **IUPAC name** of the emerging contaminant into the Dify chat interface.
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### Preparations
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| 67 |
1. Complete Norman database classification optimization (merge into 9 categories).
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| 68 |
2. Deploy FDA plugin to connect FastGPT and Dify.
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| 69 |
+
3. Import the Norman dataset(knowledge_database_input_iupac.csv) into FastGPT, configure the application, and export the API key.
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| 70 |
4. Create a custom Schema tool on Dify and configure SQL invocation rules.
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| 71 |
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5. Deploy Pubchemlite_exposomics(PubChemLite_exposomics_20251226.csv) and Invitrodb_v4.3 databases to local SQL and test query connectivity.
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| 72 |
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### Inference Workflow
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| 74 |
1. Input the **IUPAC name** of the emerging contaminant into the Dify chat interface.
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