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11 repositorios

Awesome GitHub RepositoriesLLM Reasoning Workflows

Graph-based orchestrators specifically designed for sequences of language model operations and reasoning patterns.

Distinct from Graph-Based Workflow Orchestrators: Specializes graph orchestration for LLM-specific reasoning patterns rather than general state machines.

Explore 11 awesome GitHub repositories matching software engineering & architecture · LLM Reasoning Workflows. Refine with filters or upvote what's useful.

Awesome LLM Reasoning Workflows GitHub Repositories

Encuentra los mejores repositorios con IA.Buscaremos los repositorios que mejor coincidan usando IA.
  • torantulino/auto-gptAvatar de Torantulino

    Torantulino/Auto-GPT

    184,986Ver en GitHub↗

    Auto-GPT is an autonomous agent framework designed for creating and deploying AI agents that use large language models to plan and execute complex goals independently. The system provides a comprehensive environment for managing the entire agent lifecycle, from initial design and testing to live production deployment. The project features a low-code workflow designer that allows users to define agent behaviors by connecting functional blocks in a visual interface. It includes an agent marketplace for discovering and deploying pre-configured agent templates and a standardized evaluation tool t

    Builds sequences of functional blocks and AI actions to automate repetitive technical processes.

    Python
    Ver en GitHub↗184,986
  • byoungd/english-level-up-tipsAvatar de byoungd

    byoungd/English-level-up-tips

    54,418Ver en GitHub↗

    This project provides an advanced English curriculum and a set of instructional guides designed to help non-native speakers move from intermediate to advanced proficiency. It functions as a guide for AI-powered language training, utilizing structured workflows and prompt engineering with large language models to facilitate self-directed study. The system implements AI workflow orchestration, chaining different artificial intelligence models into feedback loops to automate linguistic exercises and corrections. This approach combines multiple AI specializations to coordinate training across lis

    Applies LLM prompt patterns to generate targeted linguistic feedback and automated learning exercises.

    chineseenglish-learningtutorial
    Ver en GitHub↗54,418
  • microsoft/guidanceAvatar de microsoft

    microsoft/guidance

    21,502Ver en GitHub↗

    Guidance is a control framework and generation orchestrator for large language models. It provides a programming layer to steer model outputs through structured templates, schema enforcement, and logical flow management. The framework distinguishes itself by interleaving model generation with local code execution, enabling the use of loops and conditional branching within a single session. It employs grammar-based token constraints and regular expressions to force models to sample only from tokens that satisfy a specific structural format, ensuring strict adherence to predefined data models.

    Orchestrates complex sequences of model calls integrated with logic, loops, and conditionals.

    Jupyter Notebook
    Ver en GitHub↗21,502
  • the-pocket/pocketflowAvatar de The-Pocket

    The-Pocket/PocketFlow

    10,046Ver en GitHub↗

    PocketFlow is a graph-based framework for designing and executing large language model operations and reasoning patterns. It serves as an orchestrator for building goal-oriented autonomous agents, multi-agent systems, and retrieval-augmented generation pipelines. The system is distinguished by its ability to coordinate autonomous AI agents that use shared memory and tools to solve complex goals, supported by a structured output engine that enforces schema-consistent responses. It utilizes graph-based workflow orchestration to manage sequences of model operations and supports supervisor-based

    Provides a graph-based framework for designing and executing sequences of LLM operations and reasoning patterns.

    Pythonagentic-aiagentic-frameworkagentic-workflow
    Ver en GitHub↗10,046
  • cloudwego/einoAvatar de cloudwego

    cloudwego/eino

    9,675Ver en GitHub↗

    Eino is an AI agent development kit and LLM application framework designed for building autonomous agents and orchestrating complex language model workflows. It serves as a multi-agent orchestration engine and workflow orchestrator, providing a graph-based execution model to route data between models, tools, and retrievers. The framework distinguishes itself through a robust set of multi-agent coordination patterns, including supervisor-led management, sequential flows, and autonomous reasoning loops like ReAct. It features advanced agent execution controls such as active turn preemption, che

    Structures language model tasks into deterministic graphs and chains to automate multi-step business logic.

    Goaiai-applicationai-framework
    Ver en GitHub↗9,675
  • sarwarbeing-ai/agentic_design_patternsAvatar de sarwarbeing-ai

    sarwarbeing-ai/Agentic_Design_Patterns

    9,498Ver en GitHub↗

    This project is a collection of architectural templates and design patterns for building autonomous AI agents. It provides a framework for transitioning from simple prompt-response loops to goal-oriented systems that utilize structural patterns to increase autonomy and improve the reliability of complex task completion. The framework focuses on reasoning orchestration, specifically through the implementation of reflection and self-correction cycles. It enables the coordination of specialized agents via task delegation and state sharing to solve complex problems. The architectural surface cov

    Applies specific design workflows to enhance the logical reasoning and problem-solving capabilities of LLMs.

    Jupyter Notebook
    Ver en GitHub↗9,498
  • livekit/agentsAvatar de livekit

    livekit/agents

    9,379Ver en GitHub↗

    This project is a framework for developing multimodal AI agents that function as programmable participants in real-time communication rooms. It enables the construction of agents that can see, hear, and speak by integrating speech-to-text, large language models, and text-to-speech pipelines to facilitate low-latency, natural conversations. The system is distinguished by its advanced orchestration of real-time media and conversational flow, including support for full-duplex speech, preemptive response generation, and sophisticated interruption management. It further differentiates itself throu

    Connects graph-based state machines to voice sessions to manage complex, multi-step conversational logic.

    Pythonagentsaiopenai
    Ver en GitHub↗9,379
  • google/adk-samplesAvatar de google

    google/adk-samples

    8,476Ver en GitHub↗

    This project provides a collection of reference implementations, architectural patterns, and SDK samples for building autonomous agents using large language models. It serves as a multi-language framework for implementing and deploying specialized AI agents across diverse programming environments. The system centers on an orchestration framework that combines deterministic code with adaptive reasoning through structured graph workflows. It utilizes schema-driven integration to connect agents with third-party applications and diverse AI models. The development lifecycle is supported by toolki

    Implements graph-based orchestrators designed for sequences of LLM operations and adaptive reasoning patterns.

    Pythonadkagent-samplesagents
    Ver en GitHub↗8,476
  • wenda-llm/wendaAvatar de wenda-LLM

    wenda-LLM/wenda

    6,173Ver en GitHub↗

    Wenda es una plataforma de orquestación de LLM y motor de flujo de trabajo personalizado diseñado para gestionar múltiples backends de modelos de lenguaje a través de una interfaz unificada. Funciona como una puerta de enlace de IA autohospedada que permite la ejecución de secuencias de tareas complejas y flujos de conversación automatizados. El sistema utiliza plugins de JavaScript para orquestar flujos de trabajo y activar llamadas a APIs externas. Admite generación aumentada por recuperación (RAG) inyectando datos relevantes desde almacenes vectoriales y archivos offline en los prompts para aumentar la precisión de las respuestas. La plataforma está construida para despliegues en redes privadas, con gestión de acceso multiusuario y la capacidad de ejecutar modelos de código abierto cuantizados para ajustarse a restricciones de hardware específicas. También incluye seguimiento de historial basado en sesiones para mantener el contexto conversacional.

    Provides a framework for automating conversation flows and external API calls using JavaScript plugins.

    JavaScriptchatglm-6bchatrwkvrwkv
    Ver en GitHub↗6,173
  • tingsongyu/pytorch-tutorial-2ndAvatar de TingsongYu

    TingsongYu/PyTorch-Tutorial-2nd

    4,555Ver en GitHub↗

    Este proyecto es un recurso educativo integral y un curso para construir redes neuronales usando PyTorch. Cubre los bloques de construcción fundamentales del deep learning, incluyendo la manipulación de tensores, la diferenciación automática y la construcción de componentes modulares de redes neuronales. El repositorio sirve como guía técnica para varios dominios especializados. Proporciona detalles de implementación para tareas de visión artificial como clasificación de imágenes, detección de objetos y segmentación semántica, así como flujos de trabajo de procesamiento de lenguaje natural que involucran transformers, redes recurrentes y modelos generativos. Además, incluye una referencia para IA generativa, centrándose específicamente en la síntesis de imágenes mediante modelos de difusión y redes adversarias. El material se extiende a pipelines de optimización y despliegue de modelos. Cubre técnicas para reducir el tamaño del modelo y aumentar la velocidad de inferencia mediante cuantización y la exportación de modelos a formatos como ONNX y TensorRT. Otras áreas de capacidad incluyen ingeniería de datos para carga paralela, evaluación de modelos mediante métricas personalizadas y el despliegue de modelos de lenguaje grandes (LLM) de código abierto. El proyecto se entrega principalmente como una serie de Jupyter Notebooks.

    Analyzes model architecture and reasoning to optimize memory and context usage during inference.

    Jupyter Notebookcomputer-visiondeepsortdiffusion-models
    Ver en GitHub↗4,555
  • opensquilla/opensquillaAvatar de opensquilla

    opensquilla/opensquilla

    4,211Ver en GitHub↗

    OpenSquilla es un framework de orquestación de agentes LLM diseñado para coordinar flujos de trabajo de IA de varios pasos y la ejecución de herramientas mediante grafos acíclicos dirigidos. Funciona como un sistema centralizado para gestionar paquetes de habilidades especializadas y ejecutar secuencias de razonamiento complejas. El proyecto se distingue por una pasarela de enrutamiento que dirige las tareas a diferentes proveedores de IA según la complejidad, el coste y el rendimiento. Utiliza un sistema de memoria de IA de varios niveles que organiza el conocimiento de trabajo, episódico y semántico mediante embeddings locales y SQLite, junto con un sandbox de ejecución seguro que aísla el código generado por el agente mediante perfiles de permisos basados en riesgos. La plataforma cubre una amplia gama de capacidades, incluyendo despliegue multicanal en web y plataformas de mensajería, programación automatizada de tareas mediante cron y un puente de Model Context Protocol para conectar con herramientas externas. También proporciona herramientas integrales de monitoreo y observabilidad para rastrear costes de tokens, auditar decisiones en tiempo de ejecución y gestionar un catálogo de habilidades reutilizables. El sistema incluye utilidades de línea de comandos para la inicialización del espacio de trabajo y la gestión del ciclo de vida de las habilidades.

    Coordinates complex multi-step AI tasks and tool execution using directed acyclic graphs for reasoning workflows.

    Pythonagentaiai-agents
    Ver en GitHub↗4,211
  1. Home
  2. Software Engineering & Architecture
  3. Graph-Based Workflow Orchestrators
  4. LLM Reasoning Workflows

Explorar subetiquetas

  • Inference Resource AnalysisAnalysis of model architecture and reasoning to optimize memory and context usage during inference. **Distinct from LLM Reasoning Workflows:** Focuses on resource consumption and hardware constraints during inference rather than the logical orchestration of reasoning steps.
  • JavaScript Plugin Engines1 sub-etiquetaWorkflow engines that utilize JavaScript plugins for automating conversation flows and API calls. **Distinct from LLM Reasoning Workflows:** Focuses on JavaScript plugin execution for workflow automation rather than graph-based reasoning patterns.
  • Linguistic Learning WorkflowsReasoning patterns and prompt chains designed to generate linguistic feedback and language exercises. **Distinct from LLM Reasoning Workflows:** Focuses on language education output rather than general graph-based LLM reasoning.