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9 repository-uri

Awesome GitHub RepositoriesModel Version Management

Systems for downloading and switching between different versions of diffusion models.

Distinct from Diffusion Models: Focuses on the operational management and switching of model files rather than the model architecture itself.

Explore 9 awesome GitHub repositories matching artificial intelligence & ml · Model Version Management. Refine with filters or upvote what's useful.

Awesome Model Version Management GitHub Repositories

Găsește cele mai bune repo-uri cu AI.Vom căuta cele mai potrivite repository-uri folosind AI.
  • infrasys-ai/aisystemAvatar Infrasys-AI

    Infrasys-AI/AISystem

    17,017Vezi pe GitHub↗

    AISystem is a comprehensive AI full-stack infrastructure project covering the entire pipeline from AI chip architecture to high-level training frameworks. It encompasses the development of AI compiler frameworks, inference engines, and distributed training orchestrators designed to coordinate workloads across a heterogeneous compute stack of CPUs, GPUs, and NPUs. The project focuses on the deep integration of software and hardware, employing software-hardware co-design to align tensor layouts with physical memory structures. It provides specialized capabilities for accelerating Transformer mo

    Tracks experiment metadata and performance metrics to ensure reproducibility and enable version rollback.

    Jupyter Notebookaiaiinfraaisys
    Vezi pe GitHub↗17,017
  • datatalksclub/mlops-zoomcampAvatar DataTalksClub

    DataTalksClub/mlops-zoomcamp

    14,858Vezi pe GitHub↗

    This project is a structured educational program and comprehensive training curriculum designed to teach the end-to-end lifecycle of machine learning models. It serves as a resource for engineers to master the transition of data science projects from development into reliable, production-ready systems. The curriculum focuses on the practical application of engineering best practices, emphasizing the orchestration of complex data processing and training sequences. It provides instruction on building repeatable workflows, managing experiment metadata, and implementing infrastructure automation

    Logs model parameters and performance metrics to maintain a reproducible history of training iterations.

    Jupyter Notebook
    Vezi pe GitHub↗14,858
  • divamgupta/diffusionbee-stable-diffusion-uiAvatar divamgupta

    divamgupta/diffusionbee-stable-diffusion-ui

    13,579Vezi pe GitHub↗

    DiffusionBee is a Stable Diffusion desktop client for macOS that functions as an AI image generator and editor. It allows for the local generation of images from text prompts and the management of diffusion models without requiring external cloud services or technical setup. The application includes a local diffusion model manager for importing and switching between custom trained model files to achieve specific artistic styles. It also features a system for tracking generation history and uploading assets to a public gallery. The software covers several image synthesis and manipulation work

    Manages the downloading and switching of diffusion model versions to alter output characteristics.

    JavaScript
    Vezi pe GitHub↗13,579
  • clearml/clearmlAvatar clearml

    clearml/clearml

    6,740Vezi pe GitHub↗

    ClearML is a comprehensive MLOps platform designed to manage the end-to-end machine learning lifecycle, from initial experimentation to production deployment. It provides a suite of integrated tools including a pipeline orchestrator for automating workflows, an experiment tracking tool for logging hyperparameters and metrics, and a metadata-driven data versioning system for managing large-scale datasets and model artifacts. The platform is distinguished by its advanced compute management and serving capabilities. It features a GPU compute manager that supports fractional resource slicing and

    Automatically records hyperparameters, performance metrics, and plots to ensure AI experiments are reproducible and comparable.

    Python
    Vezi pe GitHub↗6,740
  • zenml-io/zenmlAvatar zenml-io

    zenml-io/zenml

    5,451Vezi pe GitHub↗

    ZenML is an orchestration platform designed for building, deploying, and monitoring reproducible machine learning pipelines and agentic workflows. It provides a unified framework that manages the entire lifecycle of machine learning assets, from data processing and model training to the deployment of persistent inference services. By decoupling pipeline logic from underlying compute and storage, the platform enables teams to transition workflows seamlessly from local development environments to production-grade cloud infrastructure. The platform distinguishes itself through a service-oriented

    Automatically captures, versions, and stores intermediate data objects and configuration parameters produced by pipeline steps to ensure reproducibility.

    Pythonagentopsagentsai
    Vezi pe GitHub↗5,451
  • treeverse/lakefsAvatar treeverse

    treeverse/lakeFS

    5,406Vezi pe GitHub↗

    lakeFS is a data lake versioning system that provides Git-like branching and commits for large datasets stored in object storage. It functions as a version control layer, enabling the creation of immutable snapshots, atomic commits, and zero-copy branching to create isolated environments for data experimentation without duplicating physical files. The system serves as an S3-compatible storage gateway and an Iceberg REST catalog, allowing standard cloud storage protocols and compatible clients to manage versioned tables. It acts as a data quality gatekeeper by using an event-driven hook system

    Records model performance and data provenance by attaching custom metrics to specific commits.

    Go
    Vezi pe GitHub↗5,406
  • idsia/sacredAvatar IDSIA

    IDSIA/sacred

    4,365Vezi pe GitHub↗

    Sacred este un instrument de gestionare a experimentelor și un framework de reproductibilitate conceput pentru a organiza mai multe rulări ale unui proces cu configurații diferite. Acesta funcționează ca un tracker de experimente de învățare automată și manager de configurare a hiperparametrilor, înregistrând hiperparametrii, metricile și metadatele într-o bază de date pentru a se asigura că execuțiile experimentale rămân urmăribile. Proiectul se concentrează pe reproductibilitatea rezultatelor științifice prin gestionarea automată a semințelor aleatorii și urmărirea dependențelor de sistem. Permite execuția variantelor de experiment prin suprascrieri de parametri din linia de comandă și injectarea dinamică a parametrilor, permițând modificarea setărilor fără a altera codul sursă subiacent. Framework-ul oferă capabilități pentru logarea metadatelor în baza de date, capturând detalii hardware și versiuni software pentru a menține o înregistrare căutabilă a fiecărei rulări. De asemenea, suportă serializarea stării de execuție pentru a permite replicarea exactă a rezultatelor experimentale.

    Saves configuration settings, system dependencies, and hardware details to a database for future analysis.

    Python
    Vezi pe GitHub↗4,365
  • polyaxon/polyaxonAvatar polyaxon

    polyaxon/polyaxon

    3,707Vezi pe GitHub↗

    Polyaxon is a Kubernetes-native machine learning orchestration platform and MLOps pipeline orchestrator. It serves as a control plane for managing distributed deep learning workloads, automated machine learning pipelines, and experiment tracking. The platform distinguishes itself through specialized services for distributed training management, including MPI-based coordination for PyTorch and TensorFlow. It provides an automated hyperparameter optimization service utilizing Bayesian, random, and grid search algorithms, alongside managed interactive AI workspaces for launching Jupyter notebook

    Provides a system for recording hyperparameters, performance metrics, and version history to ensure scientific reproducibility of AI experiments.

    MDX
    Vezi pe GitHub↗3,707
  • project-monai/tutorialsAvatar Project-MONAI

    Project-MONAI/tutorials

    2,494Vezi pe GitHub↗

    Acest proiect servește drept platformă specializată pentru cercetarea în imagistică medicală clinică, oferind o colecție de notebook-uri educaționale și instrumente standardizate pentru deep learning. Funcționează ca un framework pentru construirea și antrenarea rețelelor neuronale adaptate proprietăților geometrice și de intensitate unice ale datelor de imagistică medicală, susținând sarcini precum segmentarea, clasificarea și înregistrarea. Platforma se distinge prin accentul pus pe fluxurile de lucru de cercetare end-to-end, oferind șabloane modulare care standardizează preprocesarea datelor, antrenarea modelelor și inferența. Include capabilități pentru modelare generativă, cum ar fi „latent diffusion” și rețele adversariale, pentru a crea imagini sintetice sau a efectua traduceri de tip imagine-la-imagine. Mai mult, oferă instrumente automatizate pentru adnotarea și segmentarea imaginilor medicale, reducând efortul manual în pregătirea seturilor de date. Framework-ul susține cercetarea de înaltă performanță prin integrarea orchestrării de calcul distribuit, antrenării cu precizie mixtă și a pipeline-urilor de date bazate pe tensori pentru a gestiona seturi de date tridimensionale la scară largă. Include, de asemenea, funcționalități pentru gestionarea metadatelor experimentelor pentru a asigura reproductibilitatea și oferă căi pentru încapsularea modelelor antrenate în servicii gata de producție pentru suportul decizional clinic. Repository-ul este structurat ca o serie de Jupyter notebooks interactive care demonstrează aceste fluxuri de lucru, cu opțiuni de a executa sarcini în medii pre-configurate bazate pe cloud.

    Logs training metrics and tracks experiment configurations to ensure reproducibility in clinical research.

    Jupyter Notebookjupyter-notebookmonaimonai-tutorials
    Vezi pe GitHub↗2,494
  1. Home
  2. Artificial Intelligence & ML
  3. Generative AI Resources
  4. Diffusion & Visual Synthesis Models
  5. Generative AI Models
  6. Diffusion Models
  7. Model Version Management

Explorează sub-etichetele

  • Experiment Metadata TrackingSystems for recording hyperparameters, performance metrics, and version history to ensure reproducibility of AI models. **Distinct from Model Version Management:** Focuses on the scientific reproducibility and metadata of experiments rather than just switching between model files.