DSPy is a declarative programming framework designed for building complex language model applications. It treats model interactions as modular, composable programs, allowing developers to define task logic through typed class schemas rather than relying on manually written prompts. By organizing workflows into hierarchical, reusable Python objects, the framework enables the construction of sophisticated AI systems that manage state and execution flow independently. The framework distinguishes itself through an automated optimization engine that iteratively refines prompt instructions and few-
Automatic Prompt Engineer is a framework designed to automate the generation, refinement, and performance measurement of language model instructions. It functions as a systematic tool for optimizing prompt phrasing by iteratively testing candidate instructions against specific input and output datasets to maximize task accuracy. The system distinguishes itself through an evaluation-driven approach that uses automated feedback loops to score prompt variations. By employing template-based input structuring, it ensures consistent testing environments where candidate instructions are measured aga
This project is an instruction tuning framework and synthetic data generator that uses high-capacity teacher models to produce instruction-following pairs for training smaller student models. It provides datasets and tools for supervised instruction tuning and reinforcement learning from human feedback. The framework specializes in cross-lingual tuning, offering high-quality instruction-following examples in English and Chinese to improve model generalization across different scripts. It includes a reward modeling tool for creating preference datasets and comparative ratings used to train rew
Learn_Prompting is an educational project focused on prompt engineering, providing the principles and techniques required to craft effective inputs and improve the quality of generative AI outputs. The project covers advanced prompting strategies to enhance reasoning, reliability, and output quality. This includes techniques for task decomposition, chain-of-thought reasoning, and the use of few-shot and zero-shot guidance. It also addresses model security through the study of prompt hacking, vulnerability analysis, and privacy auditing to prevent sensitive data leaks. The scope extends to th
PromptWizard est un framework automatisé conçu pour l'optimisation systématique des instructions pour les grands modèles de langage (LLM). Il fournit un pipeline structuré qui utilise des boucles de rétroaction itératives pour évaluer, critiquer et affiner les prompts en langage naturel, garantissant des performances cohérentes sur diverses tâches génératives.
Les fonctionnalités principales de microsoft/promptwizard sont : Prompt Optimization Strategies, Automated Prompt Engineering, Evaluator-Optimizer Loops, Few-Shot Learning Optimizers, LLM Performance Evaluators, Prompt Iteration Workflows, Prompt Optimization Frameworks, Synthetic Data Generators.
Les alternatives open-source à microsoft/promptwizard incluent : stanfordnlp/dspy — DSPy is a declarative programming framework designed for building complex language model applications. It treats model… keirp/automatic_prompt_engineer — Automatic Prompt Engineer is a framework designed to automate the generation, refinement, and performance measurement… instruction-tuning-with-gpt-4/gpt-4-llm — This project is an instruction tuning framework and synthetic data generator that uses high-capacity teacher models to… trigaten/learn_prompting — Learn_Prompting is an educational project focused on prompt engineering, providing the principles and techniques… zou-group/textgrad — TextGrad is a differentiable text optimization library and framework designed for simulated language model… camel-ai/camel — This project is a comprehensive framework for building and managing autonomous agent systems. It provides a unified…