Hello @Black Tim
Thanks for reaching out to us, have you went through the document for Prompt Flow ?
"Prompt Flow" refers to a feature in Azure Machine Learning that facilitates the creation and management of conversational AI models, particularly those based on large language models like GPT (Generative Pre-trained Transformer). This feature enables you to build interactive dialogue systems where users can engage in a conversational manner with the AI model.
Here’s how you can prepare data for prompt flow and effectively evaluate its performance within Azure Machine Learning:
- Understand Prompt Flow Basics
Prompt Flow in Azure Machine Learning typically revolves around fine-tuning or adapting a large language model (such as GPT) to understand and respond appropriately to prompts or user inputs in a conversational context. This involves:
Model Fine-tuning: Adjusting the model parameters, prompts, and examples to fit specific use cases or domains.
Data Preparation: Curating datasets that include prompt-response pairs or dialogues that the model can learn from.
- Data Preparation for Prompt Flow
a. Data Collection:
Prompt-Response Pairs: Gather data where each example consists of a prompt (user input or query) and a corresponding response (desired output or answer).
Dialogue Contexts: Include contextual information that might influence the response, such as previous interactions or specific scenarios.
b. Data Formatting:
Text Preprocessing: Clean and preprocess text data to remove noise, normalize text, handle special characters, and ensure consistency.
Tokenization: Tokenize text into smaller units (words, subwords, or characters) suitable for the language model.
Formatting for Training: Format data into a structure suitable for training the language model, typically as input-output pairs.
- Dataset Characteristics
Size and Diversity: Ensure the dataset covers a diverse range of prompts and responses to generalize well across different user inputs.
Quality: Verify the quality of prompts and responses to avoid bias, inaccuracies, or inappropriate content.
- Model Training and Evaluation
a. Training Setup:
Model Selection: Choose a suitable pre-trained language model (like GPT-3) as the base and fine-tune it using your curated dataset.
Fine-tuning Parameters: Adjust hyperparameters such as learning rate, batch size, and number of epochs based on your dataset size and complexity.
b. Evaluation:
Metrics: Define evaluation metrics such as accuracy, fluency, relevance of responses, and coherence in dialogues.
Validation Set: Split your dataset into training and validation sets to evaluate the model’s performance during training.
- Integration with Azure Machine Learning
Workspace Setup: Ensure your Azure Machine Learning workspace is configured with necessary compute resources and dependencies.
Experiment Tracking: Use Azure Machine Learning to track experiments, monitor model performance, and manage versions of your trained models.
Example Scenario:
Suppose you want to build a customer support chatbot using Azure Machine Learning's prompt flow:
- Data Collection: Gather historical customer support chat logs, where each log includes user queries and corresponding support responses.
- Data Preparation: Clean and preprocess chat logs, format them into prompt-response pairs, and tokenize them for model training.
- Model Training: Fine-tune a pre-trained language model on the curated dataset, adjusting prompts and responses to handle customer queries effectively.
- Evaluation: Evaluate the chatbot’s performance using validation data, assessing response relevance, coherence, and overall user satisfaction.
I hope this helps! Let us know if you have any question regarding to this process.
Regards,
Yutong
-Please kindly accept the answer if you feel helpful to support the community, thanks a lot.