12 repositorios
Automated selection of machine learning models based on dataset statistics to optimize performance.
Distinct from Automated Selection: Distinct from Automated Selection (f0_mt2) which focuses on tokenization configuration; this focuses on selecting the best ML algorithm for the task.
Explore 12 awesome GitHub repositories matching artificial intelligence & ml · Model Performance Selection. Refine with filters or upvote what's useful.
This project is an educational resource providing practical code examples and implementations of machine learning algorithms using the Python language. It serves as a guide for constructing predictive pipelines, clustering models, and dimensionality reduction within the Scikit-Learn ecosystem. The repository includes comprehensive demonstrations for supervised and unsupervised learning, as well as detailed examples for implementing neural networks and deep architectures. It also provides practical guidance on exporting model parameters to JSON and wrapping trained models in web APIs for produ
Explains the logic for selecting the most effective machine learning algorithm and parameters based on performance and efficiency.
This project is a local AI inpainting tool designed to erase hard-coded subtitles and watermarks from videos and images. It functions as a content-aware media restorer that uses deep learning to reconstruct missing pixels and preserve the original resolution of the source files. The software is distinguished by its local execution model, running inference on host hardware to process media without relying on external cloud APIs. It employs content-aware model selection, allowing the use of different generative algorithms based on media types, such as animation or live action, to optimize visua
Allows users to choose specific AI models to optimize visual results based on motion levels and content types.
This project is an automated machine learning framework and toolkit designed for training and tuning custom models for classification, regression, and recommendations. It functions as a multimodal machine learning toolkit capable of processing and training models using a combination of text, image, audio, and sensor data. The framework distinguishes itself as a multimodal data processor that can handle and visualize large datasets on a single machine using column-oriented disk storage. It includes a core machine learning model generator that converts trained models into formats compatible wit
Provides automated selection of the most effective machine learning algorithms by analyzing dataset statistics.
This repository is a collection of Jupyter notebooks providing reference implementations and templates for building, training, and deploying machine learning models using Amazon SageMaker. It serves as an example library for implementing model architectures and automating the machine learning lifecycle. The library provides practical patterns for machine learning training, data engineering, and model deployment. It includes implementation guides for MLOps, including workflows for model monitoring, lineage tracking, and hyperparameter tuning. The examples cover a broad range of capabilities i
Uses automated machine learning to handle feature selection and model generation based on dataset characteristics.
AutoGluon is an automated machine learning framework and multimodal library designed to automate the end-to-end pipeline from data preprocessing to high-accuracy model training and validation. It functions as an automated model trainer for tabular, image, text, and time series data, as well as a tool for time series forecasting and foundation model finetuning. The project is distinguished by its ability to jointly process and fuse different data types, allowing for the construction of multimodal neural networks that integrate images, text, and structured tables. It supports zero-shot inferenc
Automatically selects the best local, global, and ensemble models based on quality presets or time limits.
PyCaret is a Python AutoML platform and MLOps lifecycle manager designed to automate machine learning workflows. It functions as a low-code environment that leverages a scikit-learn native engine to execute preprocessing, training, and evaluation for tabular data. The platform distinguishes itself as an LLM-powered ML copilot, using large language model agents to analyze datasets, design experiment configurations, and explain model results. It also serves as a Kubernetes ML orchestrator and model registry, enabling the versioning of trained pipelines and their promotion to production API endp
Automatically identifies the best performing machine learning algorithm for a specific analytical task.
PathFinding.js is a grid-based pathfinding library that implements multiple search algorithms for computing optimal routes on 2D maps. It provides implementations of A*, Dijkstra, Breadth-First Search, and Jump Point Search, each designed to find the shortest path between two points on a grid while avoiding obstacles. The library is built around a pluggable architecture where each pathfinding strategy shares a common interface, allowing algorithms to be selected at runtime without modifying core logic. It includes a configurable diagonal movement rule engine that controls diagonal traversal b
Allows selection from multiple pathfinding strategies including A*, Dijkstra, Breadth-First, and Jump Point Search.
h2o-3 is a distributed machine learning platform and automated machine learning framework designed for training and deploying predictive models using distributed in-memory computing. It functions as a deep learning framework and a distributed model scoring engine, capable of operating as a Kubernetes ML cluster to process large datasets in parallel. The platform distinguishes itself through automated machine learning capabilities that automatically select the best algorithms and hyperparameters to optimize model performance. It provides specialized deep learning toolkits for tasks including i
Automatically selects the optimal algorithm and hyperparameters to maximize predictive model performance.
Este proyecto es un currículo educativo de machine learning y plataforma de aprendizaje entregada a través de Jupyter Notebooks interactivos. Sirve como una guía completa para dominar el toolkit de ciencia de datos de Python, proporcionando tutoriales estructurados para computación numérica, manipulación de datos tabulares y visualización estadística. El currículo incluye guías de implementación específicas para Scikit-Learn y un curso práctico sobre TensorFlow para construir, entrenar y desplegar redes neuronales y modelos de visión artificial. Cubre el proceso de extremo a extremo de construcción de modelos predictivos, desde la formulación inicial del problema y categorización de tareas hasta el despliegue de modelos mediante interfaces web interactivas. El proyecto cubre una amplia superficie de capacidades incluyendo computación numérica con arrays multidimensionales, análisis exploratorio de datos y rutinas de preprocesamiento de datos. Proporciona flujos de trabajo detallados para aprendizaje supervisado y no supervisado, pipelines de machine learning automatizado, optimización de hiperparámetros y evaluación de modelos utilizando métricas de clasificación y validación cruzada. El contenido educativo está organizado como una serie de notebooks que intercalan código Python con explicaciones narrativas para documentar flujos de trabajo de ciencia de datos.
Teaches how to select the most effective machine learning algorithm and hyperparameters based on dataset characteristics.
statsforecast es una biblioteca de pronóstico de series temporales estadísticas de alto rendimiento diseñada para generar pronósticos puntuales e intervalos de predicción. Funciona como un framework de series temporales distribuido que utiliza un motor de pronóstico basado en C y un selector de modelos automatizado para identificar y ajustar el modelo estadístico óptimo para cada serie única en un conjunto de datos. El sistema también incluye un detector de anomalías de series temporales para identificar puntos de datos inusuales comparando valores observados con intervalos de pronóstico probabilísticos. El proyecto se distingue por su capacidad para manejar pronósticos paralelos a gran escala para millones de series individuales. Esto se logra a través de un framework de computación distribuida, ejecución paralela multinúcleo y kernels en C compilados que aceleran la lógica central de ARIMA y suavizado exponencial. El sistema optimiza aún más el procesamiento a gran escala utilizando un diseño de datos en formato largo y un pipeline de datos de evaluación perezosa (lazy-evaluation) para reducir la sobrecarga de memoria. La biblioteca proporciona un conjunto completo de modelos, incluyendo AutoARIMA, varios métodos de suavizado exponencial para demanda intermitente o estacional, descomposición Theta y modelado de volatilidad GARCH para riesgo financiero. Cubre áreas de capacidad más amplias como el pronóstico multivariado con variables exógenas, descomposición de series temporales y evaluación de modelos mediante validación cruzada histórica y análisis de ventana deslizante. La biblioteca se integra con estructuras de datos de alto rendimiento como Polars y proporciona utilidades para servir modelos guardados como endpoints REST para predicciones accesibles por red.
Provides automated selection of the best performing statistical forecasting models for every unique time series in a dataset.
EconML es una biblioteca de Python para inferencia causal diseñada para estimar efectos de tratamiento heterogéneos utilizando una combinación de aprendizaje automático y econometría. Sirve como kit de herramientas para calcular efectos de tratamiento promedio condicionales para determinar cómo las intervenciones específicas impactan a individuos o subgrupos. El proyecto proporciona un framework para el aprendizaje automático doble y el aprendizaje automático ortogonal para aislar señales causales de factores de confusión de alta dimensión. Incluye implementaciones especializadas para bosques causales y aprendices de variables instrumentales, lo que permite la recuperación de relaciones causales incluso en presencia de factores de confusión no observados. La biblioteca cubre una amplia gama de capacidades, incluyendo la validación de modelos causales mediante pruebas de refutación y curvas de calibración, la construcción de políticas de tratamiento personalizadas y el análisis de regímenes de tratamiento dinámicos. También admite la inferencia estadística para la cuantificación de la incertidumbre y la interpretación de la heterogeneidad del efecto utilizando modelos basados en árboles y valores de Shapley. El proyecto se implementa y demuestra principalmente a través de Jupyter Notebooks.
Provides tools to optimize the choice of nuisance models to improve the accuracy of treatment effect estimation.
This project is a collection of comprehensive guides and reference materials designed for technical interviews, machine learning system design, and professional development. It serves as a technical knowledge base and a career coaching manual, providing structured resources to help candidates navigate the machine learning hiring landscape. The resource distinguishes itself by offering detailed frameworks for comparing industry roles, analyzing company types, and planning long-term career progression. It provides specific guidance on evaluating employer organizational health, identifying resea
Provides frameworks for comparing algorithm tradeoffs as a core part of ML interview preparation.